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American W Shapes W14x176 Section A36/A992
Performance of A36 h beam material
A36 structural steel h beam is an American standard carbon structural steel with C≤0.25, Si≤0.40, Mn between 0.80 - 1.20, P≤0.04, S≤0.05, Cu≥0.20. Yield strength ≥250MPa, tensile strength between 400 - 550MPa, good welding performance, forming performance, certain strength and toughness, and can meet the force requirements of general structures.
Performance of A992 h beam steel structure
A992 h section steel beam is an alloy steel specially used for structural steel with higher strength and better toughness. The yield strength is usually not less than 345MPa, and the tensile strength is about 490-620MPa. Its alloy composition has been optimized, and it performs well in welding performance and fatigue resistance, especially for occasions with high structural performance requirements.
The "W" in W14x176 h-shaped beam represents the wide flange, "14" represents the nominal height of the steel section is 14 inches, about 355.6mm, and "176" represents the weight of the steel section per foot length is 176 pounds, about 262.1kg/m.
The cross-sectional area of the W14x176 h-shaped iron beam is about 51.8 square inches (334.2cm²); the moment of inertia (Ix) is about 2350 inches⁴ (about 978.9cm⁴), and the moment of inertia (Iy) is about 459 inches⁴ (about 191.1cm⁴).
Processing and connection of A36 A992 h-shaped steel beam
Processing performance: Both materials have good processability. A36 h-type beam is easy to weld, cut and cold-form. Although A992 h-shaped steel beam has high strength, it can also be cut, drilled, bent and other processing operations under appropriate processing technology to meet the shape and size requirements of different engineering components.
Connection method: It is usually connected to other components by welding, high-strength bolt connection or riveting. Welding connection can make the structure have higher integrity and strength; high-strength bolt connection is easy to install and disassemble, which is convenient for construction and later maintenance; riveted connection has better toughness and fatigue resistance, and is more suitable in some occasions with higher connection performance requirements.
