The span design of galvanized steel grating is a comprehensive process involving materials mechanics, load analysis, environmental adaptation, and economic optimization.
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The span design of galvanized steel grating is a comprehensive process involving materials mechanics, load analysis, environmental adaptation, and economic optimization.
In environments with extreme temperature differences, such as cold regions or high-temperature workshops, attention should be paid to the impact of thermal expansion and contraction on the grating.
Thermal stress generated during welding may cause structural deformation and affect the uniformity of load bearing.
In practical applications, the mesh shape design of the stainless steel grille needs to be optimized through fluid mechanics simulation and experimental verification.
In outdoor environments, the weather resistance shortcomings of cold galvanized steel grating are mainly reflected in the zinc layer consumption rate.
Steel grating, especially those with special anti-corrosion treatments, is becoming a key solution for improving the structural safety of petrochemical plants due to its synergistic advantages in material properties.