Structural design

What is meant by Structural design?

The term "structural engineering" refers to an important field of civil engineering that deals with the design and construction of load-bearing elements of a building. The goal is to ensure the stability, load-bearing capacity, and serviceability of a building or structure, taking into account all acting loads and forces. Economic, aesthetic, and functional aspects are harmonized in this process.

Typical software functions in the area of "structural engineering":

1. 3D modeling: Creation of detailed three-dimensional models of load-bearing structures.
2. Structural analysis: Analysis of the load-bearing capacity and stability of buildings under various load cases.
3. Finite element analysis: Simulation of the behavior of complex structures under load.
4. Component design: Automated dimensioning of beams, columns, foundations, etc.
5. Connection design: Planning and calculation of connections between building elements.
6. Load determination: Calculation of dead loads, live loads, wind loads, and snow loads according to applicable standards.

Examples of "structural engineering":

1. High-rise buildings: Calculation of the load-bearing structure for skyscrapers, considering wind loads and earthquake resistance.
2. Bridges: Planning of bridge structures for road and rail traffic.
3. Industrial halls: Development of wide-span roof structures for large column-free areas.
4. Stadiums: Conception of complex roof and grandstand structures.
5. Renovation: Structural assessment and reinforcement planning for existing buildings.
6. Special structures: Structural engineering for architecturally demanding structures such as observation towers or sculptures.