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W14x26 A36 h shaped structural steel beam
Material characteristics of A36 W14x26 h beam structure
Chemical composition: C≤0.25, Si≤0.40, Mn between 0.80 - 1.20, P≤0.04, S≤0.05, Cu≥0.20 (when copper-containing steel is specified).
Mechanical properties: yield strength ≥250MPa, tensile strength between 400 - 550MPa, elongation ≥20%, good strength and toughness, able to withstand a certain load and have good deformation ability when under stress, not prone to brittle fracture, good welding performance, convenient for various welding processes.
A36 W14x26 h-shaped steel size
In "W14x26", "W" means wide flange I-beam, "14" means the nominal height of the steel is 14 inches (about 355.6mm), and "26" means the weight of the steel per foot is 26 pounds (about 38.7kg/m).
The flange width is about 128mm, the flange thickness is about 10.7mm, and the web thickness is about 6.5mm; the cross-sectional area is about 9.74 square inches (about 62.8cm²); the moment of inertia (Ix) is about 871 inches⁴ (about 362.3cm⁴), the moment of inertia (Iy) is about 154 inches⁴ (about 64.1cm⁴); the section modulus (Sx) is about 124 inches³ (about 2032.2cm³), and the section modulus (Sy) is about 24.1 inches³ (about 394.9cm³).
Application areas of A36 W14x26 steel h beam
Building structure: Applicable to various civil and industrial building structures, capable of bearing large loads and providing stable support for buildings.
Bridge engineering: It can be used as a structural component such as the main beam or pier of a bridge, bearing vehicle loads and other external forces to ensure the safety and durability of the bridge.
Mechanical manufacturing: used to manufacture some mechanical equipment parts that require higher strength and stability, such as the bed of large machine tools, the bridge of cranes, etc.
Shipbuilding: It is also used in the skeleton structure of ships, which can meet the various forces that ships bear when sailing at sea.
