Simulation and Design Support

Virtual Validation. Real-World Reliability.

We help our clients reduce prototyping costs and accelerate time-to-market through high-fidelity mechanical simulations. By validating designs in a virtual environment, we identify potential failures before they occur in the field.

Multiphysics Simulation Suite

We employ the industry’s most powerful tools to solve multi-faceted engineering problems:

Ansys: Comprehensive structural and thermal analysis for steady-state and transient conditions.
LS-DYNA: Specialized for short-duration high-energy events, such as impact, crash, and complex drop testing.
FLUENT: Advanced Computational Fluid Dynamics (CFD) to optimize flow patterns and thermal management.

Manufacturing Process Optimization

Tube Mill Forming Optimization: Technical support for metalworking processes, using simulation to refine roll-flower designs and reduce scrap rates.
Finite Element Analysis (FEA): Detailed stress and strain mapping to optimize component weight without compromising structural integrity.

Predictive Design Verification

Our simulation-driven approach ensures that every design choice is backed by data, resulting in improved product reliability and a significant reduction in warranty exposure.

Specialist Engineering Services

Engineers collaborate on designs with blueprints and laptops in a modern office setting.

Murray Hill Engineering provides tribology, surface analysis, materials characterisation, root-cause analysis and advanced consultancy for cryogenic additive manufacturing, hydrogen environments, oil-from-coal wear solutions, and maglev technologies.

We collaborate with industry and academic labs, including Leeds University, across the UK, Europe, the US and China, delivering rigorous analysis paired with practical engineering.