Advanced simulation for complex engineering challenges.

Specialist finite element analysis in explicit dynamics, blast, impact, fluid–structure interaction and non-linear structural behaviour.

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Specialist expertise

Experienced engineers applying advanced simulation to provide valuable insight into structural performance and support informed design decisions.

Advanced simulation

High-fidelity modelling of highly non-linear, transient and multi-physics behaviour.

Assured delivery

Quality-managed, secure engineering analysis supporting critical development and verification programmes.

Blast simulation of a vehicle structure
ALE mine blast simulation
Why Simulated Solutions

Predict the response. Inform the design.

Simulated Solutions is an engineering analysis consultancy specialising in finite element analysis. We work alongside engineering teams to provide detailed insight into structural behaviour under a wide range of loading conditions, evaluate design options and inform engineering decisions throughout the development process, from initial concept through optimisation, verification and certification.

Our analysts combine practical engineering judgement with advanced numerical methods to deliver technically robust results. By clearly communicating the assumptions, limitations and implications of our analyses, we provide the engineering evidence needed to support informed design decisions.

Meet the team
Quality, security and professional standing

Specialist simulation for demanding engineering problems.

From high-rate transient events to quasi-static non-linear behaviour, we select modelling methods around the engineering question — not the other way around.

Vehicle crashworthiness analysisCrash
Crash Analysis

Assess vehicle crashworthiness, cab structural integrity and occupant protection through simulation.

Fluid structure interactionFSI
Fluid–Structure Interaction

Predict the interaction between fluids and structures under blast, shock and other dynamic loading conditions.

Non-linear structural analysisNon-linear
Non-linear Structural Analysis

Assess large deformation, material plasticity, damage and complex contact interactions.

Impact assessment of a vehicle cab structureImpact
Impact Analysis

Investigate drop testing, ballistic penetration and energy absorption in components and protective structures.

Engineering optimisationOptimisation
Engineering Optimisation

Use simulation-led optimisation to identify efficient load paths, refine material distribution and develop lightweight structures.

Explicit dynamics rollover analysisDynamics
Explicit Dynamics

Simulate impact, large deformation and structural failure under extreme loading conditions.

Blast simulationBlast
Blast Simulation

Assess structural response to explosive threats, blast loading and weapon effects.

Industries

Engineering expertise across demanding sectors.

Have a challenging analysis requirement? Talk directly to one of our engineers. Discuss a project
Client feedback

Trusted engineering support for demanding projects.

Supacat
“Simulated Solutions are the ideal analysis team to bring into a project. They are questioning and pragmatic, flexible and responsive, ensuring they know from the outset what your targets are and agreeing with you the approach and output required to achieve them.”Steve Austen — Engineering Director — Supacat
SC Group Global
“Simulated Solutions plays a vital role in our engineering projects, their technical contribution is delivered via seamless collaboration with our team. They tackle highly complex challenges within tight deadlines, always delivering with dedication and professionalism.”Jim Hayward — Lead Design Engineer — SC Group Global
FP McCann
“Chris and Oliver at Simulated Solutions brought invaluable expertise to our project. Their numerical analysis and design optimization gave us confidence to move forward. They were thorough, easy to communicate with, and delivered actionable data right on schedule.”Gareth Robinson — R&D Director — FP McCann
Babcock
“Excellent course, Chris Brooks has a wealth of experience and knowledge which is evident throughout his delivery of the Fundamentals & Application of FEA.”Richard Clements — Mechanical Engineering Capability Manager — Babcock
Meet the team

The people behind the analysis.

Our team brings together senior technical leadership, specialist simulation expertise and practical engineering judgement across a range of industries.

Chris Brooks
Chris Brooks
Marine Lead
Chris Taggart
Chris Taggart
Defence Lead
Ian Harpham
Ian Harpham
Automotive Lead
Jonathan Farley
Jonathan Farley
Business Development Lead
Insights

Under the hood of engineering simulation

Technical articles exploring analysis methods, modelling choices and the interpretation of results.

Implicit versus explicit FEA
FEA Fundamentals
Implicit vs Explicit FEA: What's the Difference?

How loading rate, stability and non-linearity influence the right solution strategy.

Non-linearity in finite element analysis
Non-linear Analysis
Understanding the Different Types of Non-linearity in FEA

Material, geometric and contact non-linearity — and why each changes structural response.

Interpreting FEA results
Results Interpretation
How to Interpret FEA Results

Why the peak stress value is often not the most useful result when evaluating structural response.

FEA Training

Fundamentals & Application of FEA

NAFEMS-recognised, code-independent training designed to develop a practical understanding of finite element analysis through illustrative examples of linear and non-linear structural response in steel structures.

The course introduces material failure theories, methods for assessing bolted and welded connections, and the significance of resonance when structures are subjected to dynamic loading.

“Excellent course, Chris Brooks has a wealth of experience and knowledge which is evident throughout his delivery of the Fundamentals & Application of FEA.”

Richard Clements — Mechanical Engineering Capability Manager — Babcock
Explore FEA training
FEA training example
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