Virtual Linear Static Analysis on Wilson Shipping Case Solutions

Virtual analysis saves you time and money.  It allows you as many iterations as needed to reach the shipping case design that meets your factor of safety, before we build it.

Our virtual linear static analysis will test your Wilson case using lab-tested material properties.  This virtual FEA analysis will analyze the model behavior using stress, strain, displacement and factor of safety (FOS) results under steady-state load conditions.  It will analyze the behavior of structures and materials under steady-state loads, gaining valuable insights into how the maximum Von Mises stress develops across different areas of interest.

Our engineers can identify areas where the material is most likely to fail, and make design changes to improve the structural integrity of the case - before we build.

Virtual linear static analysis is a cost-effective and efficient way to analyze the behavior of the case under load, explore design options, and improve design.  This can help to reduce the need for costly and time-consuming physical testing, while still providing accurate results that can be used to validate the design of the case.

SIMLab-WCI Complete Proof Load Virtual Analysis consists of:

  • Maximum Working Load
  • Maximum stress recorded in the model
  • Deformation of overhaul geometry
  • Acceptable factor of safety


RECENT FEA ANALYSIS COMPLETED BY SIMLab-WCi