The process of structural design encompasses ensuring the safety and functionality of a structure under different loads it may encounter. This involves evaluating the stability, strength, and rigidity of the structure. The primary aim is to develop a structure that can withstand all applied loads without any issues throughout its intended lifespan.
The experience of our team and applicability of efficient software makes it more reliable. The integrity of our expert and experienced Structural Engineers helps to make complex design easier and more stable.
The design process for any structure typically involves five key steps:
(1) Modelling,
(2) Load analysis,
(3) Structural analysis,
(4) Structural design, and
(5) Detailing.
RCC DESIGN AND STEEL DESIGN
Steel structure design
- The key steps in steel structure design and detailing are as follows: Structural Analysis: The initial step involves conducting a structural analysis to determine the loads the structure will bear, such as dead, live, wind, and seismic loads. This analysis helps in assessing the strength and stiffness of the steel structure.
- Preliminary Design: Structural consultants create a preliminary design and layout based on the structural analysis to establish the structure’s configuration. They also select appropriate structural members during this phase.
- Member Design: Each member undergoes a thorough check to ensure it can withstand the applied loads and safely carry anticipated loads.
- Connection Design: Structural design consultants focus on preparing connections between critical structural members to ensure stability and performance. The type and size of connections are determined during this stage.
- Detailing: Detailing involves creating detailed drawings and specifications, specifying dimensions, tolerances, material grades, and surface finishes for each component. Information on welding, bolted connections, and assembly details is also provided to facilitate fabrication and erection of the steel structure.
- Fabrication and Erection: The final stage involves fabrication at the factory and subsequent erection at the site to complete the steel structure.