Selvamole Akhnis
The objective of superstructure is to bear with different types of loads operating on the structure, including dead load, live load and wind load
Steel framing is highly recommended in this project. It is a construction method that uses a "skeleton frame" of vertical steel columns and horizontal I-beams laid out in a rectangular grid to support the building's floors, roof, and walls.
Why choose steel frame structure?
Steel is a robust alloy.
Alloy steels are made to improve the mechanical or physical qualities of a metal, such as strength, workability, or corrosion resistance.
Some advantages of steel framing are:
Decrease on-site labour by 10% to 20%.
Fewer workers, fewer accidents.
Shorter construction times, lower financing costs and interest payments, resulting in a speedier payback.
Long-lasting steel, cheaper maintenance expenditures
Lower premium insurance due to its resistance to decay, pests, and natural calamities
Higher density means steel is heavier for the same size, resulting in a decrease in steel needed for the same amount of support.
Decrease material shipping costs, reduced labour
Easier foundation and other structural support design
Higher density and heavier for the same size, resulting in a decrease in steel needed for the same amount of support.
Decrease material shipping costs, reduced labour
Easier foundation and other structural support design
Not require additional pillars, columns, or beams to support them when managed by competent structural steel fabricators.
Steel structures can withstand excessive rain, snowfall, and below-freezing temperatures
Withstand excessive rain, snowfall, and below-freezing temperatures
Broader bays and increased accessible area allows for more flexible floor plans
Although concrete is a robust material, it has a lower floor-to-floor construction height and a shorter span.