#introduction to welding course

[ghysry]

Character pairing: Five/Reader, Five Hargreeves/reader, Five Hargreeves & Reader, Five & reader

Tags: Mentions of death, slight fourth wall breaking, Reader has the power to change the narrative, the first part is boring, the second part is under construction, basically an introduction to what the reader can do! Honestly you don't have to read this but I needed to get started on something, wow that is one long tag, Red text is when reader changes the narrative/fourth wall breaks!

Parts: Part one (you are here!), part two

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"The narrative"

There are plenty of things you regret in life. Whether it be telling someone about your feelings or the death of a family member you just wish you could turn back time to stop from happening - the regret is there, or maybe it isn't, but the clear wish to change the narrative is strong enough that you can't ignore it. Which is why you're a particularly lucky one. Being one of the children born from one of the 43 mothers around the world who either had their kids stolen or bought from them, died or killed. Some, you're sure, probably killed their own mother in the time of their birth. A stomach not welded for a child after all isn't a stomach that will survive.

Fortunately enough, your power wasn't anything that would physically change your appearance either. Actually, your power would've helped you change your appearance at any time, it was honestly convenient had you not gone insane decades ago because of it. The power to change the narrative, or in other words, control, was gifted to you simply because you were born on a specific day at a specific time. You were allowed to play god...kind of. You had to write out the original god for every universe and made sure to rewrite in the narrative that you are truly the one and only. Doesn't seem very hard to change the narrative does it? Well, until they started introducing scripts.

Which is what led you to here, on your pastel painted bicycle paddling around someone's version of heaven, waiting for Klaus to die and end up here so you both could talk. Being someone who had control over everything was extremely overwhelming, and of course sometimes you can't just use your power for everything, so, you have to do things the normal human way. Aka, posing as a god to one of Five's brothers so you could pass on a message. You and Five have met before a considerable amount of times, in the first script while he was in the apocalypse, you erased the part where The Handler came and got him, instead, you did.

Long story short, he kind of likes you, but you're a really big fan of those niche slow burns so you decided it would be best to change the narrative to fit that type. Blinking in and out of his life was easy enough, finding the right time to do so was harder than you thought it would be. First, you initiated first contact - aka appearing beside him while he was travelling through the apocalyptic world at the physical and mental age of 17, yet to time travel nor join the commission. Then, you slowly gave him doses of affection over the years, even going as far as to change your appearance to make him believe you were growing up with him. And after he trusted you enough, you pulled him into the commission. It was a cannon event, as they say, so you didn't want to interfere that much, because like it or not, you started falling for him too.

It's raining, the patter of water droplets hitting his clothing was enough to alert him of your presence. It always rained when you got here, that much was certain. It was only where you'd end up in that he had to figure out for himself. Once, it even rained for a week straight before he found you, in some abandoned old house with a TV that was still working. He was shivering by the time he got inside, and you laughed, telling him he looked like a wet dog before handing him a coat jacket. This time around though, you appeared right behind him, his senses alerting the nerves circulating his body that the love of his life was here. Well, the love of his life..as he knew it. It was common knowledge to him that you didn't like him like that, which is why it's only in his head that you two are happily married.

He swivelled to look at you in the face, the similar smile you held every time you appeared was something he didn't want to erase from his mind, never in a million years. "Marigold, you're back." He gulped, pulling at his collar and looking around nervously like a high school boy who was partnered with his crush for a dance. You nodded along, stepping forward and being wary of the rubble surrounding the two of you, this was your big time to shine, you couldn't afford to trip on a little rock now. Well, you could, to be fair, but rewriting the script again would make you lose more marbles than you already lost. "Five, I have to show you something." You, Marigold, well, that's not your actual name but you thought it would be really funny if he called you a nickname by the flower that doomed him and his family from the day they were born.

Eventually you got him to join the commission.

And now you're here, getting annoyed that the person you were supposed to meet is almost late. Well, everything is always on time but you pride yourself on being early, which is why you expected everyone else to be early too - could this guy really take any longer to get here? All he has to do is die for godsake. With the sudden sound of a flutter, grass being pushed aside by a body that just appeared, you stopped peddling your bike and waited for Klaus to gain his lucidity back and notice you there. "Klaus." You called out, hearing him groan before getting up to stare at you, he wasn't exactly standing but he wasn't sitting either, he was kind of on his side with his arm propping him up and a slurred look on his face.

"Oh hey god thing..person..ma'am," Klaus hummed, smiling cheekily. It wasn't the first time you two met and it definitely won't be the last. "I need you to tell Five that Marigold said he looks good in the outfit with the hat." You whispered, still however being on your bike, making it a little hard for you to say what you needed to say. "Your name is marigold?" , "Shush, druggie. Go back to the land of the living now." You tapped him on the shoulder with your shoe, hearing his protests disappear into thin air, and so did he.

"Brrrhhh," Klaus shook, feeling his body return to him, it felt like he just dreamt of a place called the void, but then again in the void it also felt like he was dreaming his entire life up. He coughed and stuttered, Diego's hand on his back bringing him closer to real life faster than usual. "God you really have to stop scaring us like that Klaus." Allison, to his other side, dipped down to discipline him like a child, which is in tune with her character, seeing as she is a mother. "Wait wait wait uhm, uh, where's Five?" Klaus snapped back in - or dare you say, locked in, before aggressively getting up and almost dragging Diego down to trip and fall flat on his ass while using him as a support.

"Five? Well-" Allison stepped backwards, a look of confusion on her face before she was cut off with Five blinking in front of Klaus, apple juice in a fancy glass on his right hand and the will of America - aka a gun - in his left. "Right here," he sipped his pretend margarita, staring Klaus up and down judgementally like a blonde middle aged soccer mom towards the college drop out cashier in a random Walmart. Klaus snapped his fingers, trying to remember whatever it was he had to say to Give that was so important. "Err, uhh, okay here it is, Marigold told me to tell you that she really liked your outfit with the hat," Klaus looked at Five's face for any kind of reaction, violent or not.

...

"You know Marigold?!"

[bucketfullofstrawberries]

Today I shall be explaining how Edgar (Narrator), Mae (Curator) AND Inferos (TK) came to be.

Everyone buckled in? All ready? Alright! Here we GO—

The Creation Process / History.

Many millennia ago, The Universe was simply a mish mash of chemical compounds. Molecules weren't even established to be, they just simply.. Existed! It's unknown where the existence of everything had originated from. Now, there are many theories that hold up ideas of the origins of everything. Most Famously discussed being, of course, The Big Bang, estimated to have occurred 13.8 Billion years ago.

The Universe allegedly began as a tiny, high-density fireball, which spontaneously combusted and thus expanded as space. The Universe cooled in time, and with cooler conditions The First, simple elements began to form; Hydrogen, Helium and Lithium. Hydrogen being the main factor of the three. Gradually, gravity drew matter together which supposedly formed The First Stars & Galaxies. From here, Galaxies collected into into a mixture of Groups, Clusters & Superclusters, whereas some stars started to die within Supernova Explosions; their chemical remnants begun seeding new generations of stars, bringing their legacies to be long lasting but ALSO enabling the formation of New, rocky Planets. And one of those Planets, of course, just so happened to be Earth.

Now, somewhere, in-between all the kerfuffle, situated within the plentiful explosions and deaths of Stars and such alike , Larger Stars had begun to Collapse at the end of their Life Cycles. This brought into existence the first Black Hole. Now, A Black Hole, By Google Definition; A region of spacetime where gravity is so strong & nothing, including light & other electromagnetic waves, has enough energy to escape it.

The Theory of General Relativity predicts that a sufficiently compact mass can deform spacetime to form a black hole. At the time, obviously, these were a Rare Phenomena in the passing time of Space, and so contact with them involving an involuntary object had a slim chance of creating some Huge Reaction, seeing as Black Holes quite literally "Eat", in layman's terms, anything in its path. Nothing in existence, at that time, had ever had such a Strong Energy Scale to Escape, let alone Combat the likes of a Black hole. So nothing was capable of stopping them on their Daunting Path of Destruction. That is, until the introduction of an unfamiliar, foreign object in spacetime.

┈┈・୨ ✦ ୧・┈┈

Lucidae Ignis in Aeternum, L.I.A.

[ ❝ Lucidae ❞,The term given the Brightest Star of a Constellation, Latin origins; the feminine singular of ❝ Lūcidus ❞, meaning ❝ Bright, Shining ❞ , ❝ Ignis in Aeternum. ❞, Latin origins; Meaning ❝ Fire Forever ❞, or rather ❝ Eternal Fire ❞ ]

This star-like-Giant of the Galaxian Empire was the largest existing ball of burning plasma known currently to Particular Knowledge of some, beating the Current Largest Known Star, UY Scuti, a Red Hypergiant standing at 1.188 Billion Kilometres, and somehow forming to be 156 Trillion Kilometres in size. That, in itself, is large enough to fit Five of our Solar System's within, and then some. It seems impossible, but at the same time. Existence as a whole is nothing far from what one would consider impossible. Yet here we are. Within Galaxies and Galaxies, Universes and Universes filled with who knows what.

Perhaps Stars even Bigger than LIA lie out there. Somewhere. LIA, as been theorised, has been said to of formed from Two Red Dying Hypergiants drawing close enough to one another at similar Low Levels of Combustion & existing at a Semi-Molten state to Weld Together, when Gravitational Forces between the two were strong enough to drawn one another in. This process of welding them to one another causes a sort of Infinitely Regenerative Source of Plasma Energy to power both stars and eventually merge them into one massive Hypergiant reaching lengths beyond general comprehension.

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It just so happens that both LIA, and The Black Hole, which was later on dubbed Nexis, a relatively small black hole compared to ones that may exist today, co-exist in the same region of space, which would inevitably cause their paths to collide, one way or another. Time goes by, space goes on. And it's not long before Nexis's strengthening pull manages to catch LIA in its undefeated fury.

But, being such a large supply of energy, The Strength of Nexis must be pushed to its extremes to be able to reel in this Goliath for its own personal gain. And so, the two fought for their individual, eternal reign. Like warriors. Until both succumbed. They collapsed onto one another. And something new was born.

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In some Stories, Folk Law & Myths carried across galaxies, it's been told through generations that these two Beasts of the Dark may have not been just... heartless monoliths, doing what they did simply because that's how things worked. Without any true, meaningful purpose other than just. To be.

As a matter of fact, It's strongly believed, by the few that tell the tales of the Universe, that these Giants had souls. Souls that had driving motives. Souls that felt for one another. And some found that tale to be as beautiful as it sounds.

And, if those tales were to be found true.. then it surely was. Tales etched into stone, written in old Greek, are the best source we currently have that depicts such a story. After thorough translation, this is what story was once told to be, and laughed at by the faces of many other highly religious figures;

❝ In the Times of Dark and Treacherous, the Lights of the Night were Dark & the Skies were Scary, Humanity was yet to be shaped out of the mud, and everything was Unorganized and Frail. Before our figures of Hierarchy came to be and ruled over our land, Two only dwelled in the Blank Canvas of The Dark. Brave Warriors. Who fought to keep Balance.

Elpída, Guardian of Distant Hope and Eternal Life, she fought for honour, to keep Light burning so the Dark would be luminous.

Maraíno, Executioner of Decay and Damnation, she fought for Power and took Life to Reign.

The Two Warriors Danced a Deadly Dance to Glorify their Ambitions in an Infinite Ballroom. It was a Fierce Battle. It was a Valiant Battle. And it kept Peace.

Their Battle could have been Eternal, everlasting, but at a point they both grew weak. Energy was forced to be used sparingly. Both that once wielded power and thrived off of it had turned that power into a channel for spite, a fuel for meaningless rage, and thus was no longer fruitful.

And once she had become frail, The Light of Elpída was dim. And the Hope she sought out to keep alive felt dismissed.

Maraíno cried out to their rival as they both came to a halt;

' The Light I once seeked from you to take has dimmed. And so it holds no value to me. So tell me, Darling Light, Why do I still seek you? '.

The Guardian answered with but another question;

' The Destruction you brought onto the existence of life has long since stopped as you have grown weaker. And you concentrate your time on my defeat. Yet, Why do I still fight you? '.

The Executioner had no answer to offer. And pondered upon this riddling response. And The Guardian spoke once more.

' Perhaps we fought for our ambitions once long ago, but I don't believe that to be the truth as we speak. ' she said, drawing closer to The Dark. Yet The Executioner did not try to defend itself. She allowed the touch of The Light to meet its faltering visage.

' Perhaps we fight now because we do not wish to be alone. I am the Light that illuminates you. Your soul encapsulates me. I have fought against it.. but now I fight to stay beside it. '. Once again, The Executioner could not reply. But it seemed as true to the two of them, whether they were to come to an agreement on the matter or not.

The battle had ended as suddenly as it had sprouted. The two held a gentle embrace around one another and uttered . And with the last of what they had, a spark in the Universe lit. And The True Empress that breathed life into our bodies had been born d from their dying light. It was born from two set souls, souls that had found their true purpose. To make life flourish. And to leave the Universe with company. With Life. With Hope. ❞

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This tale has long since been forgotten, and remembering it at any point should be taken with a grain of salt. Believe it as simply a mystery of space, or as a story of great ambition. Either way, what remains true is that both entities collided. And with that collision birthed an unusual form of life, something that was capable of capturing, creating, controlling. It was a mighty force.

It's believed, but not confirmed, by some that the fusion of both Hypergiant's actually caused the LIA’s core to become a type of White Hole, or at the very least something similar, as it did not collapse onto itself but instead rebirthed as something entirely new, and phenomenal at that. But the interruption of Plasma from LIA’s outer surface prevented any sort of Wormhole from forming.

It, instead, forced remaining light nuclei to merge with one another simultaneously, forming dozens of heavier nuclei that released enough energy to be able to bond with early specimens of hard light collected together in a nearby nebula ; ultimately creating an infinite, solidified source of energy that had someone managed to become its own organism.

This Theory stands as The Theory of Everlasting Creation, and believes in the existence of an all-powerful, essentially living, thinking organism that holds the ability to create existing, and even non-existing, elements, substances, materials, mixtures and compounds at will, with no finite limitations on how much it may create or be capable of creating, as well as also being able to deconstruct and destroy the prior at the same time.

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With all of this established, we may now bring our focus on this ‘hypothetical’ organism, or some may even refer to it as a Deity of sorts.

In Theory, this natural phenomena has created a God. It cannot die. And it can exist for eternity. With its purpose being to keep balance, and create. If it so chose to take that path.Thus, making it the perfect candidate for a Godly Figure. And in the future, it might just have been considered one by a select few. Early Astronomers who sought out the mysteries of space, perhaps. Who’s to say?

This being would be referred to as “The Creator” when humanity caught onto its presence, which was certainly fitting, considering the circumstances. However, long before humanity even had a name, the being itself had already come to find an alias of its own. It called itself “Mae”. Which would later be established as a word that correlates to “God/Goddess”, or “Beautiful”, in Gaelic/Celtic meanings. Or “Mother” in Portuguese; also oddly fitting. For more reasons than one. Which brings us to our next point:

What she created.

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Now, obviously, there came a point in time where living organisms had begun their own evolutionary pipeline. This was not brought upon the universe by the likes of she. As a matter of fact, this evolutionary advancement is something that fascinated her. Despite being an overpowering organism of creation, these life forms had formed themselves all on their own. She had no involvement with it whatsoever. And that alone caught her attention. In no time, she’d become fixated on this Planet and its independent growth. Even during the early stages of life, she kept a watchful eye on every little detail.

Single-celled organisms were fruitful and multiplied into multicellular life. From here, these organisms branched off into a vast variety of Chordata, which were primarily based in bodies of water and adapted to such in terms of diet and anatomical structure. Her attachment to these organisms grew further as she saw their development now leading into much more complex territory; Tetrapoda now becoming part of the equation as four-limbed vertebrate, which had not only become amniotes as they started to roam the land, but had also began to become more adapted to both aquatic and land based worlds in order to branch of FURTHER than what was initial expected.

The introduction to land brought upon more evolutionary expansion. The planet was now given Mammalia and Primates. They were full-on land dwellers at this point, roaming the Earth freely and seeking out new places to thrive and evolve further than they already had. And from there, amidst the rest of the world’s wonders, we were given the beginning of the Human Race… and they turned out to be a species the god had become quiet.. QUITE.. infatuated with..

She admired them.. From the way they came to be to the fact that they, too, were capable of creating things if they really set their minds to it..

They were interesting little things. She felt linked to them in ways that were difficult to describe.

And through keen observation, taking note of their strengths and their flaws, and discovering what exactly brought them such differentiating characteristics and experiences, she had an idea beginning to spark.

She wanted to create something like them.

She wanted to create an ideal model.. The PERFECT humane specimen..

Something that was so similar to their kind yet so completely different at the same time. Something that had their traits but something she could teach to achieve things like she could.

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So, with that brewing idea in mind, she began to experiment.

Surprisingly, despite Mae being perceived as something to be high and mighty and capable of pretty much anything, there were a lot of failed attempts & mistakes in the process. Obscure looking body shapes, a multitude of mish-mashed limbs, misplaced facial features that made her creations look uncanny.

But the main problem was that despite the effort she put into each individual attempt – none of them were capable of living freely. Which was the beautiful thing about humanity; they had their own desires, thoughts, ambitions and feelings. They did what they wished to do of their own accord. Nothing held them back.

And it had nothing to do with having a functioning mind. Or a beating heart. If anything, things like that were a primary human set-back. She knew this.

But the question was what exactly CRAFTED them into their own, distinct person if it wasn’t the thoughts of the mind or the life pumped into their hearts.

Eventually, though, she discovered that indescribable something simply by digging deeper. Thinking outside of the box, so to speak.

Each life on Earth appeared to have their own respective source of internal light. It was an incomprehensible thing to most, undiscovered by man and embedded deep within the heart & mind. But somehow, Mae was able to wrap her head around its existence.

A soul.

A magical thing. Founded upon clusters of stardust cumulated together in the central core of billions upon trillions spread out across universes.

Every soul was unique to its bodily host. Not a single soul was the same. Each feeling and experiencing things differently to one another.

A soul was something ever changing, that may link with another soul if bonds were grown enough to pull them together. Once a soul had linked with another, it was almost impossible to separate them. Only if the negative forces of attraction between souls grew too fierce would a soul be forced to separate.

Mae had discovered this phenomenon to be Soulmating. And it came in a multitude of different forms. Alongside hundreds and hundreds of differentiating characteristics that made up what a soul was.

These souls were intricate. And beautiful. And it was something Mae came to find precious.

And thus, she set herself the task to try and replicate such a thing. Create that unique essence of life, thriving off of its own undying light.

And eventually, with perseverance, self-encouragement and a hefty amount of elbow grease (despite very much not having elbows),

She did it. She crafted a soul. A perfect soul. A soul full of brilliance and undiscovered mystery. And a body, to keep that soul alive, to give it a face and name. To let it grow as a person. A person. Her own, darling creation. Which she looked upon with pride. And held her hopes high for to achieve the perfection she had perceived. And so, she gave it a name. Amor Aeternus. Which was a mishmash or words curated by the Romans of Earth. Two words, in Latin; Meaning

“Eternal Love”.

That was what it was called. Eternal Love. She had no reasoning as to why she named it this way. But she felt compelled to do so nonetheless.

But oh,

How fitting that name would be… ♡

However that name would one day develop into the man we know now as Edgar Vincent Marlowe... not just a Narrator, but a storyteller...~

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Now, Highlighting THIS aspect;

Amongst all those failed attempts there was merely one out of thousands that was seemingly quite different. To say the least...

One that, miraculously, had a grown consciousness. The ability to live despite, by technicality, being categorized as the unliving. A small soul that formed on its own accord that would never of been noticed because of how fragile and simple it was. Attached to this unflattering malgamation of a body that was just BARELY keeping onto a humanoid figure.

...and yet, despite its perseverance to live; it never was noticed.

In fact, it was completely disregarded... and forgotton.

But this soul saw everything it could of had. And this soul never forgot. Never forgot how its chance at life was taken from hands of boiling flesh and instead given to another. Something more appealing. More successful. More putridly perfect.

And in itself it grew to hate. It grew to be full of jealousy. To be scornful, and full to the brim with resentment towards the being that he could of been. With a want to tear down everything that this Prince of The Stars had acquired and someday take his place. Show the universe that he WAS worthy of that status. He was special & capable enough to experience what this Brother of sorts of his had already experienced.

And so, he gave himself a name. To express his scorching, eternal flame of envious greed in bold. To overdramatize himself and show his self-proclaimed "upper status".

Stella Natum Inferos. (or "Inferos" for short.)

Meaning Star-born Hell Beast.

And this, ladies and gentlemen, is our Keeper of Time. The one who keeps the Wheel Turning and the one who could stop that Wheel at any given moment.

This is the Story of two Brothers, not bonded by blood but the eagerness & naivety of a joint Creator. One, Blissfully unaware and Blessed; Attune to the gift of Giving and a Heart of Gold, a Soul pure and true. The other, Scornfull & Painfully Aware; hateful and seething deep down only wishing for approval, and to be adored.

"The stars made you their own; you are adored and shine bright. I was cast out, sentenced to to be forgotten; denied acknowledgement and stripped of my life. You will always try to find a way to love. I dance with the tangled webs of resentment. You do not know me. I wish I did not live aside you."

And perhaps... this burning hatred held by one shall finally cut through the thin veil that keeps the two apart.

Their story is still being told, after all.....and a Story needs an Ending~

...and ending that may come sooner than possibly anticipated. You'll just have to wait and see.. ♡

☆ ⠁⠁⠂⠄⠄⠂⠁⠁⠂⠄⠄⠂ ⠂⠄⠄⠂✦ ⠂⠄⠄⠂⠁⠁⠂⠄⠄⠂⠁⠁⠂⠄⠄⠂ ⠂☆

[sparkarrestor]

Bulleid's Proposed Locomotives

So it turns out Bulleid had so many of his designs dropped for one reason or another, and since I can't stick with a single project for more than a few seconds, I wrote up histories for all of them!

Enjoy the ramblings of a madman who spent a good long while finding free number slots for them.

Southern Railway Warship Class

The Southern Railway was the most financially successful of the "Big Four", but this was largely based on investment in suburban and main line electrification. After the successful introduction of the SR Schools class in 1930, the railway had lagged behind the others in terms of modernizing its aging fleet of steam locomotives, as they were more focused on Electrification. Following the retirement of the general manager of the Southern Railway Sir Herbert Walker and Richard Maunsell the Chief Mechanical Engineer (CME) in 1937, their successors considered that the time had come to change this situation. In March 1938 the new general manager Gilbert Szlumper authorized Oliver Bulleid, Maunsell's replacement, to prepare designs for twenty express passenger locomotives. The deteriorating international situation prior to the Second World War was an additional factor in this decision.

Originally, Bulleid had wanted a 4-8-2 Mountain Type, but the Civil Engineering department had resisted this based on size and weight, so a 2-8-2 was chosen instead. Bulleid had worked with Gresley on his P2 2-8-2 express engines, so he already had some background knowledge, especially with the P2’s problems and ideas on how to solve them. Of course, due to the war, they were classified as heavy mixed-traffic engines to get around wartime regulations.

They were built with high-pressure 280 PSI boilers and three 18inx26in cylinders, as well as being the first engines to use Bulleid’s chain-driven valve gear, though the middle cylinder had to be inclined steeply to clear the first driven axle. The boiler was partly welded to save on cost, and the inner firebox was made of steel. The Southern had no facilities to build these boilers, so it was subcontracted to the North British Locomotive Co., as well as Beyer Peacock. They were also fitted with Bulleid’s Air-Smooth Casing. Unlike later designs that utilized this, the casing on the Warships both served their function purpose as labor saving as well as being able to be passed off as some sort of streamlining. How Bulleid got that one through during the war is a mystery! The Warship’s were also the first to use Bulleid’s Firth-Brown Wheels.

10 of these engines were constructed in 1940. More were set to be produced, but once again, the Civil Engineering Department expressed their discomfort at such a large engine running at high speeds with only a single pony-truck in front, despite other engines of a similar design getting on fine elsewhere. This would lead Bulleid to designing and building 30 of his well-known Merchant Navy Class 4-6-2s. 

They were named after Warships as a way to increase morale, with 11D1 being officially named “Dreadnought” in April 1940. They performed well in service, hauling heavy passenger and express goods, though the Chain-Driven valve gear was sensitive and required high maintenance, as well as the oil-bath having leaking problems, contributing to wheel-slips(Though the extra wheel helped negate this as well). The casing, while it did save on labor during cleaning, and the more streamlined appearance helped with publicity, it made maintenance hard to carry out. Surprisingly, thanks to their different front ends, they never really experienced drifting smoke like Bulleid’s Pacifics.

All 10 of the engines would be passed into British Railways, numbered 37001-37010, where their duties mostly stayed the same. 11D8 “Black Charles'' took part in the 1948 locomotive exchange trials, where it was compared to LMS Duchess pacifics and LNER A4’s and A2/2s, where it performed favorably, though the chain driven valve gear and its oil bath still caused headaches. After the Crewkerne incident, BR chose a rebuilding program of any engines that still used Bulleid’s Chain Driven motion, however, as the Warships had required far less modifications that the Pacifics, they were on the bottom of the list in the rebuilding program. In the end, only 37003 “Triumph”, 37009 “Warspite”, and 37010 “Exeter” were rebuilt in 1956, 1957, and 1959.

Despite their status as a class with very few engines, all ten would survive until the end of southern steam, going between 1965-1966.

Two are preserved, both being rescued from Barry Scrapyard in Wales. These examples are Class Pioneer 11D1 “Dreadnought”, as well as 11D3 “Triumph”.

Stats

Power Classification - 8MT

Built - 1940 to 1941

Boiler Pressure - 280 PSI

Cylinders (3) - 18in x 26in

Wheels (Driven) - 6ft 2in

Wheels (Leading) - 3ft 1in

Wheels (Trailing) - 3ft 7in

Wheels (Tender) 3ft 7in

Tractive Effort - 40,640 lbf

Total Length - 74ft 8in

Fleet

11D1 (37001) - Dreadnought

11D2 (37002) - Anson

11D3 (37003) - Triumph

11D4 (37004) - Vanguard

11D5 (37005) - Ark Royal

11D6 (37006) - Audacity 

11D7 (37007) - Valiant

11D8 (37008) - Black Charles

11D9 (37009) - Warspite

11D10 (37010) - Exeter

Southern Railway Prototype Light Pacific

(Pic by Sttophat on twitter)

     In 1941, Bulleid had introduced his Warship Mikado's and Merchant Navy Pacific's to become the main motive power for the Southern Railway’s Express passenger trains, though while they performed well, they were restricted by their weight, especially since the condition of the rails were hampered by the Second World War. Initially, trains on the lighter sections were handled by the Q1 0-6-0 freight engines and other, older engines, but they couldn’t handle the faster trains that were anticipated after the war. There was also the planned electrification of certain areas after the war, so the new design also needed to handle freight traffic as well, fast enough to not impede electric services.

     What was decided on in the end was a downsized version of the Merchant Navy’s, fitted with the same design theory of the Q1’s to create a “Light Pacific”. The Locomotive was completed in 1942 alongside the Q1’s, and was trialed for a short time before entering service. It was deemed a success, and numbered 21C201. It was powerful enough to handle fast, heavy trains, as well as having an extremely light axle loading for a pacific at 16.5 Tons, enabling it to be used on almost every part of the UK Network as a whole. However, Bulleid decided to go with a different approach, creating simply a downsized Merchant Navy with no Q1 elements. This would increase the axle load, though this wasn’t much of an issue, as the Battle of Britain and West Country Class Light Pacifics still had a high enough route availability for the work they were assigned. Thus, the “Q1 Light Pacific'' would remain a one-off.

     During the war, No.21C201 would actually travel a fair amount, and would regularly venture out of Southern territory, its light axle-load coming in handy. After the war however, it would mostly stay in the South. Performance-wise, it seemed to inherit all of the good qualities from the Q1’s and the pacific’s. The light-weight was already a plus, coupled with a great, free-steaming boiler and additions that made the driver and fireman’s life easier. However, it also inherited the bad aspects as well. The chain-driven valve gear was a well-known headache on bulleid locomotives, but there was also the issue that its light-weight caused. The regular Light Pacifics had trouble starting heavy trains thanks to their weight, but No.21C201 had it worse, especially with the well-known issues with the oil bath the valve gear was situated in. The light weight would also affect braking power as well, making unfitted trains harder to stop, a trait inherited from the Q1’s.

     No.21C201 (Now Renumbered 34000) was not considered for rebuilding like the other Bulleid Pacifics due to its one-off status. It would be given a general repair in 1960 before spending the rest of its life at Nine-Elms, mainly working express and semi-fast goods trains and the occasional passenger turn during peak period and summer excursions. It was withdrawn from service in 1966 and broken up at Eastleigh. 

Stats

Power Classification - 6MT

Built - 1942

Wheels (Driven) - 6ft 2in

Wheels (Leading) 3ft 1in

Wheels (Trailing) - 3ft 7in

Wheels (Tender) - 3ft 7in

Boiler Pressure - 250 psi

Cylinders (3) - 16.5in x 24in

Tractive Effort - 28,145lbf

Total Built - 1

Southern Railway L1 Class

Bulleid designed these locomotives during the Second World War, but construction didn’t begin until 1946. They shared many components with Bulleid’s Q1 0-6-0 goods engines, and were essentially the Q1’s with an Air-Smoothed Casing and a bigger boiler (though the firebox was identical with that of a Q1’s).

Twelve of these engines would be constructed between 1946 and 1948, with the final 3 being built by British Railways. They were originally numbered 22C1 to 22C12, though they were renumbered in 1949 to 36101 to 36112. They were originally meant for short distance goods and passenger services, though they never really found their footing in this role. The passenger trains that usually necessitated big tank engines were already being handled by electric engines, and everything else usually required smaller and lighter engines, which meant that, despite inheriting the power and efficiency of the Q1, the added weight and size meant that they were barred from where they could be most effective. The goods work they were meant for were also in the care of both Q1’s and Maunsell’s Q Class, as well as the many N class moguls already in service. In the end they spent their time hopping from shed-to-shed before settling on ex-LSWR territory, and even venturing into Western Region territory.

They were withdrawn between 1962-1964. Only one survives, 22C9 (36109) on the Bluebell Railway.

Stats

Power Classification - 5F 4P

Built - 1946 to 1948

Boiler Pressure - 230 PSI

Cylinders (2) - 19in x 26in

Wheels (Driven) - 5ft 1in

Wheels (Bogies) - 3ft 1in

Tractive Effort - 30,080 lbf

Southern Railway Dock Class

After the Second World War, many of the Southern Railway’s shunters (mainly those at Southampton) inherited from pre-grouping companies were worn out and needed overhauling. As such, Bulleid opted to replace them outright with his own design of 0-6-0T, with a short wheelbase of 10 feet to enable it to negotiate the tight curves. Like many of Bulleid’s designs, he equipped it with a relatively high boiler pressure.

Six would enter service in 1946, and while a total of 18 were planned, this would never come to be, as Eastleigh works was not in a position to build new locomotives with the backlog from the war. In the end, the southern found it cheaper to purchase ex-USATC S100 dock shunters, as they fulfilled most of the requirements needed.

They were numbered C201 to C206, and were renumbered to 30071 to 30076 in British Railways days. The first, 30071, was built with the Idaglass boiler lagging and casing as used in the Q1 class, while the other 5 were built with conventional boiler lagging and tanks. 30071 would be rebuilt like the others in 1953.

The class would lead uninteresting lives as dock shunters in Southampton and Dover until their withdrawal between 1961-1962. One was initially purchased for preservation but the deal fell through. None are preserved.

Stats

Power Classification - 3F

Built - 1946

Boiler Pressure - 220 PSI

Cylinders (2) - 16in x 24in

Wheels (Driven) - 4ft 6in

Tractive Effort - 21,276 lbf

[drippiesfm]

TASK 001: INTRODUCTION ⸻ SKEETER HIGGENS

( pete davidson, twenty-nine , agender, he/they ) — Look who it is! If you take a look at our database, you’ll find that SKEETER DAWSON HIGGINS III is a PLUMBER that works in SECTOR 3. According to the file, they’re a mutant with the power of REGENERATIVE HEALING FACTOR. That must be why they’re BOLD and SELF-PITYING. If you ask me, they remind me of ❝ IGNORING THE POSSESSIVE AND SLIGHTLY ANGRY REMINDER THAT IT’S BROS BEFORE HOES IN EVERY SENSE OF THE SENTIMENT, SMOKE RINGS SPIRALING OVER A CLOUDED MESS OF WORRIES AS HE RIDES IN THE PASSENGER SEAT LIKE THE SCRUB HE IS, AND THE LOUD KICK DRUMMING OF A POP PUNK TUNE BY A PAIR OF TRASHED AND SCRIBBLED OVER CONVERSE WHERE ONE OF THE PINKY TOES STICKS OUT❞. They are affiliated with NOBODY. 

PINTEREST — PLAYLIST — INTRO ( COMING SOON ) —STATS

questionnaire:

how do they feel about living in sol city? have they always lived there or did they travel from another settlement?

skeeter likes sol city unironically- in a "this is a good spot to raise children with a future wife" type of way which he doesn't admit out loud. he likes sol city more than the settlement he previously moved from which says enough.

do they trust the council's leadership? why or why not?

skeeter thinks he has no reason to NOT believe the council's leadership. you could say he lacks the context clues to see what others can in regards to mistrust and such-

if they chose their sector and profession, why did they make that choice? if they didn't, why not? were they happy with their assignment or not?

it likely would have been the same sector, just different profession if he could have his way. in his last settlement he was a welder, but plumbing and welding both deal with pipes, so there was a bit of an overlap due to the city's needs. it's whatever, to him.

what's one object that they always keep on their person?

his lexapro- he's got the depresso that sometimes renders him incapable of leaving his bedroom.

questionnaire ( mutant vers ):

what is your character's ability (or abilities)?

regenerative healing factor

are they gen i or gen ii?

gen ii

what can your character do? what are their strengths?

mutation based - the ability to automatically and rapidly heal for any physical damage and regrow lost or damaged tissues, organs, and/ or limbs. regeneration / healing factor is a process that happens unconsciously without the need for activation, resulting in a constant state of near optimal health. personality based - patience, brutal honesty and he's just really tall, tbh ( 6' 3")

what can't they do? what are their weaknesses?

mutation based - die, much to his chagrin ( this causes big existential dread & mental instability of course )- it makes surgical procedures nearly impossible & healing does not include pain suppression, so everything still really fucking hurts. regeneration also increases nutrition requirements so he's literally always hungry. severe enough damage can still pose a serious threat, and he can be overwhelmed by potent or sustained attacks. sometimes healing can also take days/weeks depending how bad the wound is. personality based - as confrontational as a new yorker, general deviousness, impulsivity & inconsistent motivation

[slashtakemylife]

I think I'm just realizing I've been so deeply shellshocked by Endgame... It has literally taken me 4 years to finally, finally start mourning it

I just... Please if there's anyone out there willing to talk to me because how can I tell anyone in my close circle I'm mourning a MOVIE

And not just that, I'm mourning it 4 years later

I guess it really is the stages of grief and I've lived in denial for 4 years because I simply just couldn't bring myself to believe a franchise that I have absolutely adored and poured all my love and trust... Kicked me back like that... And after giving me a movie that was everything I could've asked like... I just don't know how to say it and I'm sorry I'm using tumblr as a personal journal but I simply have to put it down for words.

Endgame for me was everything.

It reunited storylines, characters and even made dumb internet jokes canon

That's America's ass

I can still cry of joy and laugh at so many scenes I still remember softly so to admit it's actually garbage... Would mean I'd have to admit nearly 10 years of dedication have gone down the drain and everything I loved is now gone and my trust was severely used.

I'm broken

And for me personally it really just boils down to one fcking character

Sure I've seen talk about other characters but my main favorite, my all time beloved my just everything

Steve

Steve steve oh god I can't take it, I can see why they did what they did, they do have real life restrictions like the actors' contracts and the fact is a movie and just their plain open "white male writers" but... It's my Steve, I've been rooting for him and emotionally attached myself to him so bad

I still remember the fxking joy I had watching every movie, the absolute sheer glee when I was gifted an avengers vase because it had been everything to me

Steve's ending broke me and not just as a stucky shipper but a steve fan and a bucky fan and yes I absolutely knew stucky WOULD NEVER be canon like trust me I knew, never asked for it to be true, didn't even engage with the hashtag GiveCapABoyfriend but I at least expected them to end together as in friendship as in finally journeying together this new world after the main threat was finally over, their fight for each other finally welding results.

Now I have to live with Steve's BULLSHIT ending that not only breaks their own premise on time travel, it also breaks the foundation that is Steve, breaks everything that's been building up straight up from his introduction and literally the third fxking movie in this mega cinematic universe

And ofc since this is a connected cinematic universe of fcking course they have to rub it in my face.

I see you the falcon and the winter soldier and partially loki since he is directly from their disastrous time heist.

I'm starting to understand why I can't enjoy this anymore and only marginally have with production that have minimal contact with the source

Aka Eternals, Black Panther (although this mostly because of Namor and maya cultura and I am mexican so) and Shang Shi, I do get a punch in the gut like in Eternals and Shang Shi like everything goes back to normal as if fcking half the population did not just left and magically all went back and just everything was back to normal and just occasionally mentioned?

Bitch we couldn't stop talking about covid and has been the main topic for as long as it happened and it took years for it to truly just be a passing topic and these mf be like oh shame well carrying on

There's not a single movie I look forward to watching and I'm still debating on seeing the marvels and if I did it would just be out of curiosity but honestly now that I'm letting out my tears... I don't want to, i never liked how Carol has been handled, mind you, not her, I love her but her character has been severely butchered since her introduction and also at this point I don't even know what they are building and also now I'm not even sure I care.

I dread the next cap movie and thunderbolts because I know I'm going to see them wh0re out Bucky until his last breath as if he hadn't just being dumped by his best friend and only connection to the past, sure he can make new friends, Sam is but it's not the same you know?

I don't know what to do with myself and I have to keep it together and pretend I'm a functioning adult just doing their 9 to 6 as if my head isn't splitting in half

[itwoffshore2024]

🚀 Elevate Your Welding Career with ITW Offshore! 🔥

Looking for a high-paying job in welding? ITW Offshore offers certified welding training courses designed to help you master essential welding techniques and secure jobs in the offshore, marine, and industrial sectors.

📌 Read Our Latest Blog & Article: 👉 Welding Your Way to Success

What You’ll Get: ✅ Training in ARC, MIG, TIG & Dual Welding ✅ Practical, hands-on experience with the latest equipment ✅ Government-certified courses for career advancement ✅ Affordable course fees & easy enrollment

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[shasanpipingsolution]

Nitronic 50 Fasteners Suppliers In India

Introduction:-

Nitronic 50 fasteners are high-strength, corrosion-resistant austenitic stainless steel components widely used in marine, chemical processing, and petrochemical industries. Known for their superior resistance to pitting, crevice corrosion, and stress corrosion cracking, Nitronic 50 (UNS S20910/XM-19) offers excellent mechanical properties even in harsh environments. In India, several reputable suppliers and manufacturers provide high-quality Nitronic 50 fasteners, including bolts, nuts, screws, washers, and studs, catering to diverse industrial needs. Companies such as Prashaant Steel & Alloys, Amigo Impex, Grand Metal Corporation, and Siddhgiri Tubes are well-known for supplying these fasteners with international standards and certifications. When choosing a supplier, factors like material quality, certification, pricing, and delivery reliability should be considered to ensure the best performance and durability.

Product Overview:-

Shasan Piping Solution is a basic Manufacturers and exporters of the ferrous and nonferrous things. We likewise manage the whole family stainless steel and Nitronic 50 and XM 19 Fasteners. We anyway, gathering the changed kind of the thing according to the bearing from the client and course. Nitronic 50 and XM 19 fastener are made with substance sytheses like carbon, nickel, silicon, manganese, chromium, aluminum, and sulfur. These Fasteners are composed with both physical and mechanical properties like assurance, yield strength, enlarging, and silly adaptability, and modulus of progress, warm conductivity, electrical conductivity, and dissolving point also.

These Fasteners are moreover made with the different sorts of terminations like centers, shape, size, thickness, length, width, string methodology, types, finish, application, and surface. These fastener are open in many plans, for example, cold shaped, hot made, bar stock machined, bar stock managing, etc too.

Specifications:-

ASTM: ASTM A 193/194 / ASME SA 193/194

Dimension Standard: DIN, ASTM, BS and all International Standards

Length: 3 mm to 200 mm

Bolt / Screw Size: M3 - M56 | 3/6" to 2" | Custom Sizes

Nuts Size: M02 to M33 | Custom Sizes

Washers Size: M3 - M56 | 3/6" to 2" | Custom Sizes

Benefits:-

ASTM A194 Stainless Steel Grade Nitronic® XM 19 Fastener, Nitronic 50 fastener, Nitronic 50 stainless Steel Fasteners, Nitronic Compound S20910 fastener, Nitronic XM 19 Fasteners, Nitronic XM 19 Screws, Nitronic Combination 1.3964 Fastener, Nitronic 50 Fastener Manufacturers In Mumbai, India. Nitronic 50 and XM 19 fastener are significant in different endeavors and various specialists purposes, for example, arranged making due, gas making due, petrochemicals affiliations, contamination control, paper industry, pound industry, refining, around the sea oil debilitating affiliations, material undertakings, atomic plant, nuclear energy station, heat exchanger, condensers, marine stuff, valves, springs, boat screwing, oil encounters, etc too.

Conclusions:-

Nitronic 50 and XM 19 fastener are made with the mix of formability, handiness, and welding for better persevering through hindrance. These Fasteners have the high strength of the austenitic composites and effectively thought out plan the whole isolating. This general use area s followed, for example, detached disintegrating, stress breaking use, sulfide use, seawater rust, and pitting use. These are the best materials for organizing home mechanical parties and electrical contraptions.

Email Id :-sales@shasanpiping.com

Contact Number:-88797-09191

[therojgaarcom]

Top Sectors Hiring Workforce Professionals in India with The Rojgaar.com

Finding reliable job opportunities can be challenging for workforce professionals. The Rojgaar.com bridges this gap by offering tailored solutions across sectors. This article highlights the industries actively hiring and how The Rojgaar.com ensures a seamless job search experience.

Table of Contents

Introduction to Workforce Jobs in India

Top Sectors Actively Hiring Workforce Professionals

Mechanics and Machine Operators

Painters and Maintenance Technicians

Truck Drivers and Drillers

Security Guards and Road Maintenance Workers

Steelworkers and Industrial Laborers

How The Rojgaar.com Facilitates Job Search

Frequently Asked Questions (FAQs)

Introduction to Workforce Jobs in India

India's workforce forms the backbone of its economy, with millions employed in labor jobs, daily wages, and various industries requiring skilled labor and unskilled labor. Accessing secure, well-paying opportunities has been a challenge until the emergence of platforms like The Rojgaar.com.

Statistics on Workforce Jobs

Sector

Employment Rate (Approx.)

Growth Rate (2023-2025)

Construction jobs

22%

6%

Industrial jobs

18%

7%

Factory jobs

15%

5%

Top Sectors Actively Hiring Workforce Professionals

Mechanics and Machine Operators

Mechanics and machine operators are vital across industries like manufacturing and automobile services. Companies prioritize candidates with hands-on experience and technical training.

Roles: Vehicle repair, equipment handling, and factory maintenance.

Skills Needed: Basic mechanics knowledge, operational safety awareness.

Painters and Maintenance Technicians

From residential to industrial projects, painters and maintenance technicians ensure high-quality finishes and infrastructure upkeep.

Roles: Surface preparation, electrical maintenance, and industrial painting.

Safety Measures: PPE compliance, certified workshops, and routine inspections.

Truck Drivers and Drillers

Transportation and energy sectors rely heavily on truck drivers and drillers. These roles demand physical endurance and adherence to safety protocols.

Roles: Long-distance freight hauling, oilfield drilling.

Government Norms: Licensing under the Motor Vehicles Act, adherence to labor laws.

Security Guards and Road Maintenance Workers

Security guards and road maintenance workers ensure public safety and infrastructure quality. These roles require discipline and reliability.

Roles: Asset protection, road repairs, and traffic management.

Training Programs: Emergency response training and road safety courses.

Steelworkers and Industrial Laborers

In sectors like construction and manufacturing, steelworkers and industrial laborers handle complex machinery and heavy-duty tasks.

Roles: Welding, fabrication, and large-scale industrial assembly.

Economic Impact: A 5% annual growth in India's steel industry highlights the demand for these professionals.

How The Rojgaar.com Facilitates Job Search

The Rojgaar.com provides:

Easy Registration: Create a profile in minutes on the job portal.

Verified Job Listings: Authentic listings for worker jobs, factory jobs, and more.

Skill Matching: AI-driven algorithms ensure you find jobs matching your expertise.

Continuous Support: Dedicated support for career advice and legal compliance.

Frequently Asked Questions (FAQs)

1. What makes The Rojgaar.com unique for workforce professionals?

The portal focuses on workforce-centric sectors, offering tailored opportunities and safety compliance for workers.

2. Are job listings on The Rojgaar.com verified?

Yes, all listings are verified to ensure transparency and reliability for job seekers.

3. What safety measures are offered for workers?

Employers listed on The Rojgaar.com comply with safety regulations like PPE guidelines, accident insurance, and training programs.

Discover a world of opportunities with The Rojgaar.com, where workforce professionals meet trusted employers. Start your job search today!

[kangarootraining]

Enhance Your Safety Skills: Enter and Work in Confined Spaces Training

Working in confined spaces presents unique challenges and risks that require specialised training. Whether you're part of the construction industry, maintenance, or industrial operations, ensuring your safety and the safety of others when working in confined areas is crucial. This is where Kangaroo Training Institute’s Enter and Work in Confined Spaces Training comes in.

Why Confined Spaces Training is Essential

Confined spaces, such as tanks, pits, and tunnels, often contain hazardous conditions like low oxygen levels, toxic gases, or restricted movement areas. Without proper training, workers are at significant risk of accidents or health issues. That’s why the Enter and Work in Confined Spaces Training equips individuals with the skills and knowledge necessary to assess risks, implement safety measures, and respond to emergencies.

What You Will Learn

At Kangaroo Training Institute, we offer comprehensive training that covers:

Hazard Identification and Risk Assessment: Learn how to evaluate confined spaces and identify potential risks before entering.

Use of Personal Protective Equipment (PPE): Understand how to select and use the correct PPE to ensure your safety in confined environments.

Emergency Procedures: Gain essential skills in rescue operations and emergency response tailored for confined space scenarios.

Safe Entry and Exit Techniques: Master the correct procedures for entering and exiting confined spaces safely and efficiently.

Who Should Take This Course?

Our Enter and Work in Confined Spaces Training is designed for workers across a range of industries, including:

Construction

Utilities and maintenance

Oil and gas

Industrial cleaning

Emergency services

If your job requires you to enter confined spaces or supervise those who do, this course is an essential investment in your safety and competence.

Why Choose Kangaroo Training Institute?

Kangaroo Training Institute is a leader in delivering nationally accredited safety training. Our experienced trainers provide real-world insights, ensuring that you are well-prepared to handle confined space challenges confidently. Plus, our flexible course schedules and hands-on learning environment make training accessible and engaging for all participants.

Ready to Enhance Your Safety Skills?

Don’t take risks when it comes to confined spaces. Invest in quality training today and gain the certification you need to enter and work in confined spaces safely. Contact Kangaroo Training Institute to enrol in our Enter and Work in Confined Spaces Training and take the next step in advancing your safety skills. For more information, visit our website https://www.kangarootraininginstitute.com.au/.

[soniapandey77]

Best CorelDraw Course In Jalandhar

CorelDRAW is a vector graphics design software widely used for creating illustrations, logos, web graphics, and print designs. A course on CorelDRAW would typically cover the following areas:

Introduction to CorelDRAW Overview of CorelDRAW and its user interface. Understanding vector vs. raster graphics. Basic tools and workspace customization.

Working with Shapes and Objects Drawing basic shapes (rectangles, ellipses, polygons). Selecting, moving, and transforming objects. Combining and welding shapes. Aligning, distributing, and organizing objects.

For More Info: Coreldraw Training course in Jalandhar - 100% Placement Assistance (gtbinstitute.com)

[fsglazingdiary]

INVESTIGATE - Term 2 Week One - COURSE INTRODUCTION

What do you want to make? This year I am interested in enhancing my leadlighting and potentially stained painting skills, further deep diving into sandblasting, further developing kiln-forming skills and some glassblowing in Ruth Allen's trainee program. I would also like to incorporate some metalworking into my work - welding, plasma cutting, etc.

What techniques are on your wishlist? I would love to learn lost wax casting, coldworking techniques, stack firing/thick fusing and using molds.

What areas do you want to skill up? I would like to gain more confidence in consolidating my knowledge about annealing, firing schedules, and improving my ability to match conceptual frameworks with physical output.

Overall goal for the year? I have my first solo show at the end of the year, and I'd like to make a number of pieces that contribute to that body of work as well as stand on their own coneptually/aesthetically.

[machinetraining]

HEALTH AND SAFETY COURSES IN NELSPRUIT

LEADING TRAINING PROVIDER IN SOUTHERN AFRICA IN HEALTH AND SAFETY COURSES

Occupational Health and Safety Training Courses:

Safety Officer  We cover the following Modules: Basic Principles of SHE OHS Legislation Technical Safety Aspects Occupational Health Environmental Management Management Systems

Hazard Identification and Risk Assessment  We cover the following Modules: Requirements of Safety Preparing to Identify Hazards Identify Hazards Remedial and Follow up Action

Contractors Safety management  We cover the following Modules: Contractors Safety Analysis Safety Policy Contractor qualification Procedure Contractor Legal Implications Control of Contractors Contractor Specific requirements General Safety Accident Recording Safety Policies

Incident Accident Investigation in the workplace We cover the following Modules: Legal and Organizational Requirements Gathering Information Completing Reports

Mines Health & Safety  We cover the following Modules: Mines Health & Safety Act 29 of 1996

Oshas  We cover the following Modules: Policies Identify and control Hazards Identify people and resources Prepare a statement of Responsibilities Schedule Inspections Developing Plans Developing training plans Developing plans to investigate accidents Develop a strategy to involve workers Evaluating your program Return to work program

Safety File How to draw up your own safety file.

She Rep  We cover the following Modules: Identify Hazards Evaluate and report Hazards Preventative Measures & training Legislation Organizing OHS Information Welding, Scaffolding & Rigging Training Courses:

Basic rigging and slinging  We cover the following modules in basic Rigging and slinging. Theory and Practical. Introduction Identify and selecting lifting equipment Different load requirements Unsafe and defective equipment Different Slings and Hooks etc. Planning Practical training.

Advanced rigging and slinging We cover the following modules in Advanced rigging. Lifting equipment Plan and prepare to lift a load Slings and Bolts Lifting and moving a load Maintaining and storing equipment Practical training

Working on Heights with fall arrest The following modules are covered in Working on heights. Theory and Practical training is done. Introduction Fall arrest equipment and regulations Inspect, assemble, and store fall arrest equipment select suitable anchor plants Use Fall arrest systems with a double Lanyard Pre-installed vertical and horizontal life lines Practical training

Scaffold erecting  The Following modules are covered and both theory and practical training is done Types of access scaffolding Inspector roles and responsibilities Drawings Inspect and Handover Practical training

Scaffold inspecting The Following modules are covered and both theory and practical training is done. Types of access scaffolding Inspector roles and responsibilities Drawings Inspect and Handover Practical training . Please feel free to contact our offices for more details call/WhatsApp on{+27792721535}{+27739163400}

[anandsteelsblogs]

Understanding the Basics of monel 400 Socket Weld Flanges.| Anand steels

In the world of business packages wherein robustness and resistance to corrosive environments are paramount, Monel four hundred emerges as a stalwart choice. Among its numerous configurations, Monel 400 Socket Weld Flanges stand out for their versatility and reliability. In this whole manual, we delve into the intricacies of Monel 400 Socket Weld Flanges, exploring their introduction, applications, blessings, and more.

Introduction to Monel four hundred Flanges

Monel 400, a nickel-copper alloy famend for its terrific resistance to corrosion and excessive electricity in the course of a wide variety of temperatures, serves as the foundational cloth for a myriad of business additives. Among those components, Monel 400 Flanges hold a huge position. These flanges are available numerous kinds, consisting of Monel 400 Weld Neck Flanges, Monel four hundred Threaded Flanges, Monel 400 Socket Weld Flanges, Monel 400 Slip On Flanges, Monel 400 Lap Joint Flanges, and Monel four hundred Blind Flanges, each tailor-made to specific application requirements.

Construction and Design

Monel 400 Socket Weld Flanges are meticulously crafted to withstand harsh environments encountered in industries such as chemical processing, marine engineering, and aerospace. The creation usually includes forging Monel 400 alloy into a hoop-formed structure with a socket or hub for welding purposes. This layout ensures a stable and leak-proof connection, making them ideal for high-pressure and high-temperature packages.

Applications of Monel 400 Socket Weld Flanges

The versatility of Monel 400 Socket Weld Flanges renders them vital throughout various industries. From seawater desalination vegetation to oil refineries, those flanges find out software in critical strategies wherein corrosion resistance and reliability are non-negotiable. Their potential to face as much as acidic, alkaline, and saline environments makes them suitable for offshore systems, chemical processing machine, and piping structures managing corrosive fluids.

Advantages of Monel 400 Socket Weld Flanges

Corrosion Resistance: Monel 400 alloy famous fantastic resistance to corrosion, making Socket Weld Flanges product of this material fantastically long lasting in competitive environments.

High Strength: Despite its corrosion resistance, Monel 400 maintains astounding mechanical properties, making sure the integrity and toughness of Socket Weld Flanges beneath high-strain conditions.

Versatility: Monel 400 Socket Weld Flanges are well suited with a extensive variety of piping systems, presenting flexibility in layout and installation.

Ease of Welding: The socket weld layout simplifies the welding manner, facilitating brief and efficient assembly without compromising on electricity or leak-tightness.

Maintenance and Care

Proper maintenance is important to ensure the longevity and overall performance of Monel 400 Socket Weld Flanges. Regular inspections for signs and symptoms of corrosion, erosion, or mechanical harm are imperative. Additionally, imposing corrosion prevention measures consisting of defensive coatings or cathodic protection systems can further enhance their service existence in competitive environments.

Conclusion

In conclusion, monel 400 Blind Flanges epitomize sturdiness, reliability, and corrosion resistance in industrial packages. Whether in chemical processing, marine engineering, or oil and gas exploration, these flanges offer unparalleled performance, safeguarding important tactics in opposition to the deleterious effects of corrosion and high pressures.

For top rate-quality Monel 400 Flanges and different stainless-steel answers, appearance no further than Anand Steel. As a leading importer and exporter of stainless steel merchandise, inclusive of Monel 400 Flanges, Anand Steel boasts years of revel in and expertise in catering to various industry desires. Their commitment to first-class and patron satisfaction is remarkable, making them a depended on companion for all chrome steel necessities.

Contact Anand Steel nowadays to discover a complete variety of stainless-steel products, along with sheets, plates, coils, foils, spherical bars, and more. With their dedication to excellence and huge product portfolio, Anand Steel is poised to fulfill the most traumatic necessities of industries international.

[weldingundercut43]

The Art and Science of Welding: Blending Creativity with Precision

Introduction:

Welding is more than just a technical skill; it's an art form that combines creativity, craftsmanship, and precision engineering. From sculptural metalwork to high-tech fabrication, welding encompasses a wide range of applications that showcase the fusion of artistic expression and scientific mastery. In this article, we'll explore the intersection of art and science in welding, highlighting the diverse ways in which welders harness their skills to create beautiful and functional works of art.

Sculptural Welding: Crafting with Metal:

Sculptural welding transforms raw metal into expressive works of art, ranging from abstract sculptures to lifelike figurative pieces. Welding artists use a variety of techniques, including arc welding, oxy-acetylene welding, and plasma cutting, to shape and manipulate metal materials into intricate forms and textures. Whether it's welded steel sculptures adorning public spaces or delicate metal sculptures displayed in galleries, sculptural welding pushes the boundaries of creativity and craftsmanship in the art world.

Architectural Metalwork: Fusing Form and Function:

welding undercut plays a central role in architectural metalwork, where form meets function to create visually striking structures and features. From ornamental railings and gates to modernist facades and interior fixtures, architectural welders blend aesthetic design with structural integrity to enhance the built environment. Welded metalwork adds character, elegance, and sophistication to architectural spaces, whether it's a historic building restoration or a contemporary architectural landmark.

Automotive Customization: Welding on Wheels:

Automotive customization enthusiasts utilize welding techniques to modify and personalize vehicles, turning ordinary cars and motorcycles into custom works of art on wheels. Welding applications in automotive customization include fabricating custom chassis, roll cages, exhaust systems, and body modifications. From classic hot rods and custom motorcycles to futuristic concept cars, automotive welders push the boundaries of automotive design and performance with their innovative creations.

Functional Art and Design: Blurring the Lines:

Functional art blurs the lines between artistic expression and practical utility, encompassing a diverse range of objects and artifacts that serve both aesthetic and functional purposes. Welding artists and designers create functional art pieces such as furniture, lighting fixtures, sculptures, and home decor items, where form seamlessly integrates with function. Welded metal furniture, for example, combines sculptural beauty with structural strength, offering unique and customizable design solutions for interior spaces.

Welding in Contemporary Art and Design:

Welding continues to be a prominent feature in contemporary art and design, with artists and designers pushing the boundaries of traditional welding techniques and materials. Mixed-media artists incorporate welding alongside other artistic mediums, such as glass, wood, and ceramics, to create multimedia sculptures and installations. Additionally, advancements in digital fabrication technologies, such as 3D printing and laser cutting, are expanding the possibilities for integrating welding into digital art and design practices.

Education and Training in Welding Artistry:

As interest in welding artistry grows, educational institutions and specialized training programs are offering courses and workshops in sculptural welding, architectural metalwork, automotive customization, and functional art and design. These programs provide aspiring welders and artists with the technical skills, artistic principles, and creative techniques needed to excel in welding artistry and pursue careers in the field.

Conclusion:

Welding is not just a technical trade; it's a versatile medium for artistic expression, creative innovation, and functional design. Whether it's sculptural welding, architectural metalwork, automotive customization, or functional art and design, welding artists and craftsmen continue to push the boundaries of creativity and craftsmanship, blending artistry with precision engineering in their unique creations. By embracing the art and science of welding, artists, designers, and makers can unlock endless possibilities for artistic exploration and innovation in the world of metalworking and beyond.

[jayantilal12]

PM Vishwakarma Yojana: Empowering Skilled Labor in India

India, with its vast population and diverse workforce, recognizes the pivotal role of skilled labor in driving economic growth and development. In line with this vision, the government has introduced the PM Vishwakarma Yojana, a transformative initiative aimed at harnessing the potential of skilled individuals and fostering entrepreneurship in the manufacturing sector.

Introduction to PM Vishwakarma Yojana

The PM Vishwakarma Yojana is a flagship program launched by the government of India to empower skilled workers and promote innovation and entrepreneurship in the manufacturing domain. Named after Lord Vishwakarma, the divine architect and creator in Hindu mythology, the scheme symbolizes the spirit of craftsmanship and innovation.

Objectives of PM Vishwakarma Yojana

Empowering Skilled Workers

One of the primary objectives of the PM Vishwakarma Yojana is to empower skilled individuals by providing them with the necessary support and resources to enhance their capabilities and employability. Through targeted skill development programs and training initiatives, the scheme aims to equip workers with the requisite knowledge and expertise to excel in their respective fields.

Promoting Entrepreneurship in the Manufacturing Sector

In addition to skill development, the PM Vishwakarma Yojana seeks to foster a culture of entrepreneurship in the manufacturing sector. By offering financial assistance and incentives to aspiring entrepreneurs, the scheme encourages the establishment of small and medium enterprises (SMEs) and startups, thereby stimulating economic growth and job creation.

Eligibility Criteria

To avail benefits under the PM Vishwakarma Yojana, individuals must meet certain eligibility criteria established by the government. Typically, candidates are required to demonstrate proficiency in specific trades or vocations, such as carpentry, welding, plumbing, electrical work, etc. Additionally, preference may be given to candidates from economically disadvantaged backgrounds or marginalized communities.

Features and Benefits

The PM Vishwakarma Yojana encompasses a range of features and benefits designed to support skilled workers and entrepreneurs throughout their journey. These include:

Skill Development Initiatives

Under the scheme, various skill development programs and vocational training courses are offered to individuals seeking to enhance their skills and expertise. These programs are tailored to meet the evolving needs of the industry and equip participants with relevant knowledge and practical experience.

Financial Assistance for Startups

In order to promote entrepreneurship, the PM Vishwakarma Yojana provides financial assistance and subsidies to eligible individuals looking to establish their own ventures in the manufacturing sector. This may include seed funding, grants, loans at concessional rates, and other forms of support.

Employment Generation Opportunities

By facilitating skill development and entrepreneurship, the PM Vishwakarma Yojana contributes to the creation of employment opportunities across various sectors. Whether through self-employment ventures or employment in established enterprises, beneficiaries of the scheme play a crucial role in driving economic activity and development.

Implementation and Execution

The implementation of the PM Vishwakarma Yojana involves collaboration between various government agencies, including the Ministry of Skill Development and Entrepreneurship, the National Skill Development Corporation (NSDC), and state-level authorities. These agencies work in tandem to ensure the effective execution of the scheme and monitor its progress through regular assessments and evaluations.

Success Stories

Real-life Examples of Beneficiaries

Across the country, numerous individuals have benefited from the PM Vishwakarma Yojana and transformed their lives through skill development and entrepreneurship. From rural artisans to urban craftsmen, the scheme has empowered countless individuals to pursue their passions and achieve economic self-sufficiency.

Impact on Local Communities

The positive impact of the PM Vishwakarma Yojana extends beyond individual beneficiaries to entire communities and regions. By promoting local industries and fostering innovation, the scheme contributes to the socio-economic development of various areas, thereby improving livelihoods and enhancing overall prosperity.

Challenges and Solutions

Addressing the Gap Between Skill Supply and Demand

One of the key challenges facing the PM Vishwakarma Yojana is the mismatch between the skills possessed by workers and the demands of the industry. To address this gap, concerted efforts are required to align training programs with emerging market trends and technological advancements, ensuring that workers are equipped with relevant and in-demand skills.

Overcoming Bureaucratic Hurdles

Another challenge in the implementation of the scheme is the bureaucratic red tape and administrative complexities that often hinder the timely disbursement of benefits and services. Streamlining processes, enhancing transparency, and leveraging technology can help overcome these hurdles and facilitate smoother execution of the scheme.

Future Prospects

Looking ahead, the PM Vishwakarma Yojana holds immense potential for further expansion and diversification. By scaling up existing initiatives and exploring new avenues for collaboration, the government can extend the reach of the scheme and maximize its impact on the lives of millions of skilled workers and entrepreneurs across the country.

Role of Technology

Leveraging Digital Platforms for Skill Development

In an increasingly digital world, technology plays a crucial role in facilitating skill development and training initiatives. Platforms such as online courses, virtual classrooms, and e-learning modules offer convenient and accessible avenues for individuals to acquire new skills and upgrade their knowledge from anywhere, at any time.

Enhancing Access to Information and Resources

Technology also enables greater access to information and resources related to entrepreneurship and business development. Through online portals

[aerofabricators1]

The Role of Heavy Steel Fabrication in Construction and Infrastructure

Introduction

When it comes to constructing robust buildings, bridges, and other critical infrastructure in Noida, the Best heavy steel fabrication in Noida plays an indispensable role. This article delves into the world of heavy steel fabrication, highlighting its importance, techniques, and applications in the construction and infrastructure sectors.

Understanding Heavy Steel Fabrication

What is Heavy Steel Fabrication?

Heavy steel fabrication is a specialized process involving the cutting, shaping, and assembly of large steel components to create structural elements used in various construction projects.

The Significance of Heavy Steel Fabrication in Noida

In the rapidly growing city of Noida, heavy steel fabrication is the backbone of infrastructure development. Its role in ensuring sturdy and durable construction cannot be overstated.

Techniques of Heavy Steel Fabrication

Cutting and Shaping Steel

The process begins with the precision cutting and shaping of steel sheets and beams to meet the exact specifications of the project.

Welding and Joining

Welding techniques, such as arc welding and gas welding, are employed to fuse steel components securely, ensuring structural integrity.

Surface Treatment

Surface treatments, like sandblasting and galvanization, protect steel from corrosion and enhance its longevity, especially important in Noida's humid climate.

Applications in Construction

Skyscrapers and High-Rises

Heavy steel fabrication is pivotal in the construction of tall buildings, providing the necessary support and stability for these iconic structures.

Bridges and Infrastructure

Noida's network of bridges and infrastructure heavily relies on heavy steel fabrication for its robustness and load-bearing capabilities.

Industrial Facilities

Factories and industrial facilities in Delhi NCR depend on the best heavy steel fabrication in Noida, for structural components that can withstand heavy machinery and equipment.

Sustainability in Heavy Steel Fabrication

Eco-Friendly Practices

Efforts to reduce the environmental footprint of heavy steel fabrication include recycling and sustainable sourcing of steel materials.

Energy Efficiency

In Noida's climate, energy-efficient fabrication methods are essential for reducing greenhouse gas emissions associated with steel production.

Innovations and Future Trends

Automation and Robotics

The industry is evolving with the integration of automation and robotics, increasing precision and efficiency.

Advanced Materials

New steel alloys and composite materials are being developed to enhance strength and reduce weight, revolutionizing construction.

Conclusion

In Noida, heavy steel fabrication is not just a construction technique; it's the backbone of infrastructure development. Its significance in guaranteeing the strength and durability of buildings and bridges cannot be emphasized enough. As the city experiences continuous growth, heavy steel fabrication in Noida will continue to lead in innovation, playing a pivotal role in creating a safer and more environmentally sustainable urban landscape.

FAQs

Q: How does heavy steel fabrication contribute to earthquake resistance in Noida?

Heavy steel fabrication provides the structural strength necessary to withstand seismic forces, safeguarding buildings and infrastructure during earthquakes.

Q: What is the average cost difference between heavy steel and other construction materials in Noida?

While the expense associated with heavy steel fabrication can fluctuate, its remarkable durability and long-lasting nature consistently render it a financially prudent option over the course of time.

Q: Are there any eco-friendly heavy steel fabrication companies in Noida?

Yes, some fabricators in Noida prioritize sustainability by adopting green practices in their production processes.

Q: Can heavy steel fabrication be used in residential construction projects in Noida?

Certainly! Heavy steel fabrication can be employed in various residential projects, providing strength and safety.

Q: How long does it take to complete a typical heavy steel fabrication project in Noida?

The timeline for heavy steel fabrication projects varies depending on complexity, but efficiency and precision are prioritized to meet deadlines.

Q: What are the main challenges faced by heavy steel fabricators in Noida?

Challenges may include sourcing high-quality steel, skilled labour shortages, and compliance with safety and environmental regulations.