Finite Element Analysis (FEA) 2016-12-15T22:24:48+00:00

Finite Element Analysis

Finite Element Experts        

At Glew Engineering Consulting, our team has expertise in CAD and finite element analysis (FEA) modeling, as well as elite abilities in stress analysis, radiation, and multiphysics modeling.  We have a special expertise in semiconductor equipment and high tech processing equipment, but are also happy to engage in FEA projects in support of other industries, such as sports equipment, consumer electronics, and medical devices.  Additionally, we can help you with general structural, thermal, and flow (CFD) problems.  With our multiphysics capabilities, we can analyze transient radiation effects, combined with fluid flow, and stress, simultaneously, to yield a virutal model of your device or product.

We offer the following types of FEA: Linear Static Stress, Linear Contact, Parametric / Optimization, Natural Frequency (Modal), Motion Dynamics, Response Spectrum, Random Vibration, Frequency Response, Transient Stress, Critical Buckling Load, Dynamic Design Analysis Method, Rigid-Body Motion, Flexible-Body Motion, Nonlinear Contact, Nonlinear Materials, Geometric Nonlinearities, Nonlinear Buckling, Steady-State Heat Transfer, Transient Heat Transfer, Steady Fluid Flow, Unsteady Fluid Flow, Flow Through Porous Media, Open-Channel Flow, Mass Transfer, Fluid and Thermal Analysis, Thermal Stress, Fluid and Structural Analysis, Electrostatics, Joule Heating, and Electromechanical.

FEA Software and Tools

Our main software tools include, but are not limited to:

  • Autodesk Simulation Mechanical ™ (formerly Algor)
  • Autodesk Simulation CFD ™ Advanced (formerly CFDesign by Blue Ridge Numerics)
  • Autodesk Inventor ™
  • Autodesk AutoCad ™
  • PTC Creo ™
  • Solidworks ™
  • Mathematica ™