Structural analysis is a common term nowadays; it is the systematic process of determining the effects of loads and internal forces on the physical structure, building, or object. Structural engineers need to ensure that the structure and its components are safe for use under the estimated loads it is expected to withstand. Structural analysis can be linear or non-linear. In this blog, we are discussing some major applications of nonlinear structural analysis software.
Non-linear structural analysis is an analysis in which nonlinear relationships hold between applied forces and displacements. It is more accurate than all other ways of structural analysis.
Applications-
· Corrosion Analysis
The powerful features of non-linear structural analysis software allow structural engineers to consider the effects of corrosion over time while analyzing the bridges and other structures.
● Demolition
ASI’s structural engineers use this non-linear software to provide an accurate design, 3-D simulation, and evaluate the proposed demolition. Using this software, engineers can build a complete 3-D model and see the result of the demolition plan without putting any life or property at risk.
● Forensic Engineering Analysis
Non-linear structural software allows forensic engineers to analyze the cause of structures failure when subjected to a blast, progressive collapse, catastrophic impact, and seismic event. The unique features of this software allow users to model the original structure, check its design, identify the weak points, and reproduce the failure scenario.
● Glass Performance Analysis
Using structural analysis software, engineers can perform advanced structural vulnerability assessments to better understand the performance of a structure’s glazing.
Apart from these, non-linear structural engineering software programs can be useful for Seismic and Wind Analysis, Progressive Collapse Analysis, and more. One such powerful non-linearstructural analysis software isExtreme Loading for Structures Software or ELS that allows engineers to study the 3D behavior of structures through the continuum and discrete stages of loading. For more information, visit Extremeloading.com.
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