Engineering Analysis

Simutek provides FEA engineering and Structural Analysis services to companies that need highly-skilled and experienced consulting engineers to help perform analysis on their designs.

We use the most experienced FEA engineers, methods, and Finite Element Structural and Stress Analysis Services to make sure your structure designs fulfill their intended function in their defined loads environment.

Identifying and analyzing possible failure modes and optimizing the ultimate design to perform against them is the primary focus of our Finite Element Structural and Stress Analysis service.

Simutek Engineering A.Ş. can provide component level to full product virtual structural stress analysis.

We’ve been providing structural analysis services to a variety of industries, from automotive, aerospace, military, industrial, and more.

Simutek's FEA engineering services include stress analysis, impact response, fatigue and crack analysis, vibration, along with many other types of structural analysis services.

Finite Element Structural and Stress Analysis Services

  • FEA Structure and Stress Analysis
  • FEA Linear/Nonlinear Analysis
  • FEA Fatigue Analysis
  • FEA Static Stress Analysis
  • FEA Dynamic Analysis
    • Transient Impact Analysis
    • Modal Analysis
    • Random Vibration Analysis
    • Harmonic Analysis
    • Spectrum Stress Analysis
    • Fracture Analysis
  • FEA Buckling Analysis



Simutek Engineering specializes in various forms of CFD analysis. With our CFD analysis capabilities, we can simulate liquid and gas flow in real world conditions, run "what if" scenarios, and quickly analyze the effects of fluid flow, heat transfer, and related forces on immersed or surrounding components.

Area of Expertise

  • Steady and Transient flows cfd analysis
  • Imcompressible and Compressible flows cfd services
  • Laminar and Turbulent flows cfd simulation
  • Heat Transfers (Convection, Conduction and Radiation)
  • Newtonian and Non-Newtonian flows cfd consulting
  • Mass Transfers cfd engineering consulting
  • Chemical Reactions cfd analysis
  • Distributed Resistances
  • Buoyancy and Rotation
  • Free Surface Flows and Cavitation
  • Multiple Streams
  • Dispersed Multi-Phase Flows
  • Unstructured Meshes
  • All-tetrahedral Meshes
  • Embedded Refinement
  • Sliding Interfaces
  • Multiple Rotation Zones
  • Dynamic Cell Addition/Deletio








Metal Forming Analysis

Saç Metal Şekillendirme

  • Metal flow prediction:
        Analysis of material displacements
        Analysis of material restrictions and contact pressures
  • Prediction of defects in the part:
        Areas where the metal wrinkled or buckled
        Areas where the metal tore or fractured
        A forming limit diagram representing the forming severity
        Thinning prediction
  • The accurate analysis of the final part geometry:
        springback prediction
  • The analysis of the part through the whole forming process:
        Finished part thickness anywhere on the part
        Stress and residual stress evolution
        Strain distribution
  • The analysis of an optimised forming sequence:
        Stage number reduction effects
        Reduction of material weight
  • The optimisation of tooling life:
        Stress prediction
        Abrasive wear prediction
  • Hydroforming
  • Rollforming
  • Flexforming