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How Non-linear Structural Analysis Software Is Helpful For Structural Engineers?

A few years back, when there’s no software or its development was in the nascent stage, the planning and construction of buildings and other structures were quite slow and not accurate. But now, rapid technological advancement has revolutionized the entire construction industry. Various structure design and analysis software are available out there to speed up the construction process while reducing the time and effort required to ensure successful completion of the project. The Nonlinear Structural Analysis software is widely common among structural engineers. This software is easy-to-use and allows engineers to analyze the 3D behavior of structures through both the continuum and discrete stages of loading.

Non-linear structural analysis software tools fully analyze structures under both static and dynamic loads such as those generated by a blast, seismic, impact, progressive collapse, wind, and more. Let’s discuss how this software tool helps structural engineers in various loading events.
  • Progressive Collapse Analysis
Using the non-linear structural analysis tool, structural engineers can accurately model and analyze progressive collapse resulting from several loading conditions like earthquake loads, severe wind loads, blast loads, and dynamic loads.
  • Structural Vulnerability Assessment & Risk Mitigation
An advanced structural analysis tool allows construction professionals to accurately perform Structural Vulnerability Assessment & Risk Mitigation. Software that is built around the Applied Element Method (AEM) can automatically calculate crack initiation, propagation, and separation of elements.
  • Seismic Analysis
Structural engineers can easily perform seismic Analysis of not just buildings but all other structures such as bridges, stadiums, cranes, pipelines, using the non-linear structural analysis software.
  • Blast Analysis
These software tools allow users to study the behavior of a building or different structural components inside the building when subjected to blast loads. In fact, engineers can also visualize the after-blast effect of the debris.
  • Demolition Design & Analysis
Using this software, structural engineers can build a complete model in 3D and visualize the results of each demolition plan without putting any life or property at risk.
Structural Engineering Software Programs reduce the time and efforts required in structural design and analysis and significantly improve the productivity of construction professionals. Extreme Loading for Structures Software or ELS is advanced non-linear structural analysis software based on the Applied Element Method that allows engineers to fully analyzing structures under extreme loads.

For more information, visit ExtremeLoading.com

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