Due to its high standards of manufacture and processing, steel has a number of qualities that make it an ideal and flexible material for use in construction. Visit https://constructsteel.org/technical-information/design/material-properties/
There are many software options available to assist designers in planning and building construction projects. Structural designers can use 3D integrated structural design tools and analysis software that boost efficiency and can model and analyse loads, reducing time and effort.
Steel’s structural robustness is based on careful planning of loads and the connections in steel frames that support them. Software tools massively simplify this process, further improving steel’s accessibility as a construction material.
At the concept design phase there a number of factors that go into informing the process of choosing and deploying steel structures. Visit https://constructsteel.org/technical-information/design/structural-design/
Loadbearing components can be steel-based due to the structural robustness that can be achieved through appropriately designing the system of connections between the frame's sections. Visit https://constructsteel.org/technical-information/design/loadbearing/