What is meant by Wind load determination?
"Wind load determination" refers to the process of calculating or determining the wind forces to which a structure such as a building, bridge, or tower is subjected. These forces can vary depending on factors such as location, height, shape, and other factors and need to be considered in the design to ensure structural integrity and safety.
Typical functions of software in the "wind load determination" domain are:
- Wind load calculation: The software allows for the calculation of wind loads based on various standards, methods, and wind profiles relevant to the location and specific structure.
- Input of structural parameters: The software enables the input of structural parameters such as dimensions, height, shape, slope, and materials to support the wind load calculation.
- Site and terrain analysis: The software considers site factors such as elevation, terrain category, surrounding buildings, or terrain obstacles to determine the influences of wind more accurately.
- Visualization of results: The software provides visualization tools such as charts, graphs, or 3D models to illustrate the calculated wind loads and their distribution on the structure.
- Load combinations: The software supports the creation of load combinations to consider the combined effects of wind loads with other loads such as snow, earthquake, or live loads.
- Norm compliance: The software ensures compliance with applicable standards and regulations for wind load determination, such as national building codes or international standards.