COMSOL Structural Mechanics Simulation

Physixfactor provides specialist structural mechanics simulation using COMSOL Multiphysics for complex engineering problems.

We work on stress, deformation, nonlinear mechanics, contact, vibration, fatigue and stability — developing and validating COMSOL models for real engineering applications.

 

Response within 24 hours -->
Stress in part
Mechanical simulation in hyperelastic material

Non-Linear Mechanics

  • Contact Mechanics Simulation
  • Large Deformations
  • Buckling
Rubber Material Case ==>
Mast Buckling ==>
Thermal Stress analysis in a bellow

Stress & Failure Analysis

  • Thermal Stress Simulations
  • Seismic Stress
  • Fatigue Analysis
Thermal Stress Simulation ==>
Seismic Stress Simulation==>
Offshore structural mechanical stress

Structural Strength

  • Static Load Simulation
  • Strength Verificationalysis
  • Drop Test
Strength Simulation ==>
Bending stress simulation of a tank container

Pressure Vessel Design

  • Vessel & Tank Simulation
  • Code Compliance checks
Pressure Vessels ==>
Plastic strain in wire drawing die

Wear & Contact Mechanics

  • Non-Linear Friction simulation
  • Wear Reduction
  • Contact & Heat
Wear Reduction of Wire Dies ==>
Vibration Cutting Tool

Modal & Vibration Analysis

  • Eigenfrequency
  • Modal Analysis
  • Damping
Frequency Analysis ==>

Advanced Structural Mechanics and FEM Simulation

Structural mechanics problems often require more than a standard finite element calculation. Physixfactor uses COMSOL Multiphysics to investigate complex stress distributions, nonlinear material behaviour, contact, fatigue, vibration and structural stability.

With more than 20 years of engineering simulation experience, we develop and verify models for industrial components, mechanical assemblies and offshore structures. Particular attention is given to appropriate boundary conditions, mesh convergence, solver robustness and the physical interpretation of results.

When mechanical behaviour interacts with temperature, fluid flow or electromagnetic fields, structural mechanics can be integrated into a broader multiphysics model. This makes it possible to investigate coupled engineering problems that are difficult to analyse using conventional methods.