Finite Element Analysis

Finite Element Analysis
Deflection / Displacement

Engineering Analysis

Concurrent Design provides engineering analysis as an integral part of many projects or as an independent service. By analyzing the design carefully, we can optimize it for geometry, weight, structure, function, thermal efficiency, vibration and safety. With numerous registered professional engineers on staff and a strong suite of tools, Concurrent Design can hone your product and ensure its safety.

Areas of expertise in engineering analysis include:
  • Engineering calculations, analysis and optimization
  • Rotor dynamics
    • Critical speeds
    • Imbalance response
    • Rotor stability
  • Fatigue / failure analysis
  • Finite element modeling (FEM)
  • Finite element analysis (FEA)
  • Complex parts or assemblies
  • Structural analysis
    • Stress
    • Deflection
    • Buckling
  • Thermal analysis
    • Temperature
    • Heat flux / transfer
    • Steady and transient states
  • Shock and vibration analysis
    • Dynamic response
    • Natural frequencies / eigenvalues
    • Modal analysis
    • Mode shapes / eigenvectors
  • Tolerance / statistical analysis
    • Root sum square (RSS)
    • Monte Carlo
    • Six sigma (6s)
    • Worst-case
    • Assembly stack-up
  • Geometric optimization
    • Weight
    • Size
    • Cross section
    • Material
  • 3D CAD solid models
    • Pro/ENGINEER
    • SolidWorks
    • Autodesk Inventor
    • Additional common export standards - IGES, STP, SAT
  • Theoretical analysis via computer tools
  • Empirical validation via lab testing
  • Report generation
Industries of note:
  • General manufacturing
  • Industrial equipment / industrial products
  • Commercial products
  • Semiconductor capital equipment
  • Nanotechnology capital equipment
  • Electronics
  • Telecommunications
  • Medical equipment
  • Clean energy / clean technology
  • Solar energy
Representative customer listing:
  • Asyst Technologies
  • Consolidated Medical Systems
  • Applied Materials
Static modal stress

Static Modal Stress
Von Mises Stress Analysis in Plastic Part
Client: Medical Industry


Computational fluid dynamics analysis

Computational Fluid Dynamics Analysis
Heat Sink Airflow Velocity and Cooling Efficiency
Client: Electronics Industry


Engineering Analysis
Engineering Analysis

Stability and Finite Element Stress Analysis
Worst Case Scenario (115 mph Wind, 1" of Ice, 3" of Wet Snow)
Client: Concurrent Design, Inc.
Click here for the analysis report download Click here for the analysis report download