WE ARE Competent


FEA-Solutions (UK) Ltd are highly qualified specialists in supporting design engineers involved in product development by providing numerical simulation results based on finite element analysis (FEA) and computational fluid dynamics (CFD) in a variety of areas, enabling our customers to better understand their design and the impact changes may have.

With our experience as Finite Element Analysis Consultants , we are well aware of the multiple targets a designer has to meet during the development process. We have a proven track record in providing efficient and practical solutions to optimise your products with respect to crucial design criteria such as strength, reliability, simplicity, weight and cost.

In addition to our personal FEA consultancy during the project phase, we also provide comprehensive documentation after completion of the analysis, which may then serve as an internal record, but also satisfies quality assurance’s and regulatory bodies’ requirements.

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Please find our capability list below:

Static Stress Analysis

  • Linear-elastic static stress analysis
  • Static stress with non-linear contact (e.g. bolted connections)
  • Static stress with non-linear material (e.g. plasticity)
  • Static stress with geometric non-linearity (large deflection)
  • Non-linear static stress analysis

Fatigue Analysis

  • Stress based fatigue analysis
  • Strain based fatigue analysis

Non-Linear Dynamic Analysis

  • Impact
  • Crash
  • Drop Test Simulation

Heat Transfer Analysis

  • Steady-state heat transfer analysis
  • Transient heat transfer analysis

Linear Dynamic Analysis

  • Modal analysis (natural frequencies, “resonance”)
  • Frequency response (e.g. imbalance)
  • Response spectrum (e.g. seismic analysis)
  • Random vibration
  • Linear transient analysis (load changes versus time, “time history”)

Buckling Analysis (“Stability”)

  • Linear buckling (Euler buckling)
  • Non-linear buckling (large deflection)

Structural Analysis

  • Section sizing
  • Connection calculation
  • Foundation loads

Pipe Stress Analysis

Computational Fluid Dynamics (CFD)

  • Steady-state fluid flow
  • Transient fluid flow
  • Hydrodynamics
  • Aerodynamics
  • Free and forced convection
  • Heating and cooling
  • Mixing of fluids
  • Particle tracking
  • Fluid-structure interaction


  • C++
  • Visual Basic
  • OpenGL
  • Python