Finite element analysis of a steel framework structure showing displacement results in various colors, with a color scale indicating displacements from minimal (blue) to maximum (red).

Simulation & Analysis

Design with confidence.

Making informed decisions

Engineering analysis helps manage uncertainty in the design process.

Using Finite Element Analysis (FEA) and calculations, we assess how components and structures will perform under real-world conditions before they are manufactured.

This allows potential issues to be identified early, reducing development time, minimising costly design changes, and improving confidence throughout the project.

  • Finite Element Analysis (FEA): Evaluate stresses, deflections, and fatigue under operational loading conditions.

  • Engineering Calculations: Independent calculations and design verification to support engineering decisions and demonstrate compliance.

Finite element analysis model of a mechanical lifting eye component showing stress distribution with color coding, mounted on a base with bolts, and labeled nodes and values.

Analysis that adds value, not complexity

Simulation is more than producing colourful stress plots.

The greatest value comes from understanding the results and using them to improve a design. We work alongside your engineering team to identify areas for optimisation, compare design options and ensure components are both robust and practical to manufacture.

Whether validating a new concept or assessing an existing design, our approach focuses on delivering clear, actionable engineering insight.

  • Design Optimisation: Refining designs to improve strength, reduce weight, minimise material usage, and increase performance.

  • Independent Design Review: Providing objective engineering assessment of existing designs to identify risks, weaknesses, and opportunities for improvement.

Finite element analysis of a structural beam showing stress distribution in a color gradient from green to red, with maximum stress value of 1004 MPa.

Our Approach

  • Define the Assumptions

    Establish the design intent, loading conditions and performance requirements.

  • Observe the Model

    Engineering analysis and FEA reveal critical stresses, excessive deflection and areas where failure could begin.

  • Refine the Design

    Clear recommendations and supporting calculations provide a sound basis for the next engineering decision.

  • Understanding the Results

    We present a full report and discuss the next steps.

Need to validate a design?

We use engineering analysis and FEA to evaluate the design under realistic operating conditions and guide the next decision.

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