Introducing Creaform'sDimensional inspection software module

Numerical Simulation (FEA/CFD) Services

Creaform offers a wide range of numerical simulations and can handle problems from different industries. Our skilled engineers will help your industry find the most efficient and reliable solution to structural, dynamic, seismic, thermal or fluid dynamics issues, using the most advanced software on the market like Nastran, NX, FEMAP, Ansys, LS-Dyna and StarCCM+.

Structural Analysis (Finite Element Analysis)

Types of analysis (FEA):

  • Linear and non-linear static: Response of structure to critical loads and modeling of contact (allowing analysis of assemblies), non-linear material behavior and large deformations
  • Buckling: Critical compression static load or combination of loads that results in instability
  • Normal modes, frequency response and response spectrum: Response to vibrations and frequency driven excitations.
  • Random response: Response of structure to excitations defined with probabilistic magnitude (spectral density function)
  • Transient, dynamic, vibration and seismic response: Response of structure through time with variations of boundary conditions
  • Impact (implicit and explicit solvers): Response of structure following collision (crash tests and drop tests)
  • Steady state and transient heat transfer: Temperature distribution within a solid body
  • Thermal stress: Stress induced by temperature distribution
  • Fatigue analysis (multi axial and vibration fatigue): Predict the life of a structure subjected to cyclic loading or vibrations

Types of materials:

  • Isotropic for standard metallic or non-metallic materials
  • Orthotropic and anisotropic for material properties showing direction dependency like composite or wood
  • Hyperelastic for rubbers and elastomeric
  • Non-linear material behavior for materials sustaining permanent deformations (e.g. plasticity) or showing complex behavior (e.g. non linear elasticity)
  • Material behavior driven by experimental data (linear and non linear) allowing highly accurate representation of material used by customer

Computational Fluid Dynamics (CFD)

  • Steady state and transient CFD simulations of internal/external liquid and gas flows
  • Analysis, design and optimization of immersed or surrounding components
  • Optimal turbulence modeling approaches: RANS, URANS, RSM, LES, DES
  • Incompressible, transonic and compressible flows
  • Rotating equipment and moving bodies
  • Multiple reference frames, rotating and sliding interfaces, deformable meshes
  • Fluid-structure interaction
  • Heat transfer and thermal modeling
  • Multiphase and free surface flows
  • Flow mixing

Our expertise covers the following business sectors, among others: