#helical pile

[bpwendy]

The main purpose of Helical piles as deck foundations is to provide a stable support structure. Helical piles are a foundation system consisting of helical steel piles that are inserted helically into the soil to provide foundation support. When used on deck foundations, helical piles can provide extra support in unstable soil conditions, ensuring deck stability and safety. The helical pile design allows loads to be transferred from the deck to deeper soil layers, reducing the risk of settlement and tipping. Using helical piles as a deck foundation has the following advantages over traditional foundation systems: 1. Quick installation: Helical piles can be installed quickly by rotating and pushing in, saving time and labor costs. 2. Strong adaptability: screw piles can be adjusted and customized according to different soil conditions and load requirements. 3. Environmentally friendly: The installation process of screw piles has less impact on the soil and the environment, reducing the risk of ground damage and soil disturbance. In short, the screw piles as the deck foundation can provide a stable support structure to ensure the safety and durability of the deck.

[gracerenyi]

Square Bar Shaft Helical Pile

*Bar Material: 40Cr or 45# steel, round corner 5mm radius *Helix Plate material conforms to ASTM  A36 hot rolled plate *helices thickness are available in 3/8” and 1/2” inch *All helix leading edges sharpened and rock cut and 45 degrees. *Corrosion protection to conform to ASTM A153 standard for hot dipped zinc coating *A better conventional solid steel extra high strength helical screw pile *Welded coupling for greater strength. Eliminates shaft heat damage caused by upset coupling process

[betterscrewco]

Expansion of applicable fields of helical pile

 Available for Residential Projects, such as: Decks, House Footings, Fence Footings, Gazebos, Home Addition Foundation, Clothesline, Mailbox, Manufactured and Modular Home Footings, Shed Footings, Swimming Pool Footings Reinforced, etc.In addition, it can also be used for Commercial and Municipal Projects, such as: Agricultural Tent Foundation System, Boardwalks, Footbridges and Bridge Footings, Cellphone Towers, Container Footings, EV Charger Installation, Lamp Post Footings, Parks and Schools, Railways Built, Retaining Wall Reinforced etc.

[yiiiiiiiikes25]

helices

1.2k | very fucking explicit

He’s grinning. And gripping Harry’s jaw, he says, “This is for me too, now, is it,” giving Harry’s head a little shuddering shake.

tags: draco malfoy is draco malfoy, fisting, breeding, trans harry potter pairing: drarry part of a challenge with @garagepaperback who wrote ripe and @eleadore who wrote into an animal being

read on ao3

[marlenejdavis01]

Learn from Woodland Deck Company in this insightful video as they showcase the versatility and efficiency of helical piles in modern deck building. Discover how this foundational technology provides superior stability, faster installation, and reduced environmental impact compared to traditional methods.

[bs-anna]

Advantages of Helical Pile

Some Advantages of Helical Pile: •Easy to install •Wide range of bearing capacity •Great for jobs with limited acess •Often more economic than other systems •Reach great depths faster than other systems •Can be installed year round. Not weather dependant.  • Negligible disruption in the work-site areas due to no noise or vibration • Installation monitoring and certification of the load capacity throughout its installation • Engineered and designed for any type of load capacity and site restrictions

[rarleighlife]

Blade Pile And Straight Pile

Steel Pipe Material AS1163 or AS1163 C250

HTS twin blade design and 45 degree cut providing attack point

Ability to take high torque capacity, providing greater load

Smooth penetration due to flat blades, helps minimize installation issues

Penetrates into most forms of weathered rock

Surface: Hot-Dipped Galvanized / Painted finish or powder coated ect

[shayyjustin]

Discover unmatched stability with Tella Firma Foundations, redefining excellence in concrete steel pile foundation design. The innovative solutions ensure durability, strength, and precision, offering a resilient base for your structures. Visit the website today to learn more.

[bubblesymphony]

Uncovered - Deck Huge photo of a second-story deck with a mixed-material railing in a minimalist backyard without a cover

[solidearthtech]

The installation of helical pile foundations sometimes referred to as helical piers or screw piles, involves driving a steel shaft with helical flights (or plates) into the earth. The pile is anchored into the earth by the helical flights, which create a substantial bearing area and a solid base.

[starrydiadems]

Uncovered - Deck Huge photo of a second-story deck with a mixed-material railing in a minimalist backyard without a cover

[bpwendy]

Better Screw Co, has been one of the most important manufacturers in the global screw pile industry. Provide customers with everything used to support and stabilize  everything from home foundatons to decks, billboards, boardwalks & docks, seawalls/bulkheads, modular Building Foundations, mobile Homes, roadway sign & signals, agricultural tents electric venhicle charging stations and more. Our screw piles have been sold to more than 100 countries and regions overseas, and have created more markets for our customers.

What are the advantages of using helical piles as a charging base for electric vehicles? - Fast installation - Minimal impact on the landscape - Year-round installation - Removable and reusable - Low environmental footprint - Suitable for all soil conditions - No need for concrete

[sophia008]

extension for square bar helical piles

extension for square bar helical piles

[betterscrewco]

Stabilizing Foundations: The Application of Helical Tie Backs

Helical tie backs play a crucial role in stabilizing various types of structures, particularly in foundation reinforcement. These specialized devices are commonly used in construction projects involving retaining walls, excavation support, and slope stabilization. By utilizing the unique helical design, helical tie backs are driven deep into the soil to provide lateral support and prevent the displacement of structures. In retaining wall construction, helical tie backs are installed horizontally through the wall and into the soil behind it. This application helps counteract the pressure exerted by soil or water, ensuring the stability and longevity of the retaining structure. Similarly, during excavation work, helical tie backs are employed to prevent soil movement and maintain the integrity of adjacent structures.

In slope stabilization projects, helical tie backs are inserted at an angle into the hillside to provide anchoring support. This prevents soil erosion and potential landslides, safeguarding both infrastructure and surrounding areas.

The versatility of helical tie backs lies in their ability to provide secure reinforcement in a variety of settings, ranging from residential projects to large-scale civil engineering endeavors. Their ease of installation, load-bearing capacity, and adaptability to different soil conditions make them an indispensable tool for ensuring the safety and stability of various structures. 

[env0writes]

Umber Embers Vol.3, 9.9.24 “Fall; Acheron's Threshold ”

When I fall Will it be beautiful? Twirling in my descent Helical in direction Almost in opposition Rebellious to gravity's will When I fall Like a nettle of pine Lost is the evergreen Hue too, a liar Dropping to the earth With little acclaim When I fall Will there be shock or awe? When my color pales Like an oak and in a shiver– A shake; drop Into a pile Below

@env0writes C.Buck   Ko-Fi & Venmo: @Zenv0 Support Your Local Artists!

[freetheshit-outofyou]

Every now and again the question of loaded magazines comes up. Man, I think this is as debated as much as why .45 ACP isn't used in place of our nuclear stock pile because of it's stopping power. I was given this by a guy I used to know, I'm passing it on to you. "Spring Sprung Sprang... the skinny on use of springs in firearms. Springs "rest" in their natural stress-free shape. When compressed or stretched within their normal service limits, they are well within the "elastic range" of the metal. This is the stuff of Mechanics of Materials 101. When you stretch ...steel in a laboratory, it exhibits a relationship between tension and deflection that matches a rather uniform curve. This "curve" is actually a straight line all the way through the elastic range of the metal. It then falters and evens out within the "plastic range" of the metal. Once you exceed the ultimate strength of the steel, it fails by breaking. The "elastic range" is defined as the range of tension you can put on a sample of material, within which it will stretch while under tension and then return to its original shape when the tension is removed. Just like a piece of rubber or elastic. You pull on it, it stretches. You let go, it returns to its original shape. The "plastic range" is defined as the range of tension beyond the elastic range. We're talking permanent deformation here. The metal stretches at its weakest point and actually becomes thinner as it stretches. Tensile stress is concentrated in this thinner area, and this is where it will eventually break. All springs are designed to be used in normal service within the "elastic range" of the metal. A coiled spring is in both tension and compression when not in its natural state. The helical coils are actually in flexure around the circumference, and of course flexure involves both tension and compression about a neutral axis. When you step on the middle of a steel bar that's supported at the ends, it experiences compression at the top and tension at the bottom. Springs experience this along the length of the coils, with the centerline of the coils being the neutral axis. When you stretch the spring from its natural state, and then compress it, you are just switching the "side" of the tension and compression. They reverse about the neutral axis. So... Because springs are designed to stay within the elastic range of the steel during service (and cocking the hammer of your weapon is well within the service range of the spring), you never permanently deform the spring. It will return to its natural shape when released. It does not "weaken" the spring to keep the hammer cocked. Just like it does not "weaken" a magazine spring to keep it loaded with ammunition. These are rumors spread around the firearms community by people who don't understand basic Mechanics of Materials. Can springs wear out without being stretched past the elastic range? Sure they can. Temperature fluctuations, rust, and cyclic shock loading within the elastic range can affect the cyrstalline properties of steel. But keeping your hammer cocked or your mag loaded isn't going to do it." I have a set of 4 magazines I loaded in 2010 that I will shoot at some point, but I already know the answer to the ag old questions of "Will it damage your springs".