Our Services

FEA & CFD Simulation Services

Structural, thermal, fatigue and flow analysis that proves a design works before you cut metal — FEA and CFD simulation delivered with reports clear enough to hand straight to your customer.

Service Overview

Simulation & Optimization

We deliver advanced simulation reports — including Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) — to validate your design before it's built. Catching a failure mode in simulation costs a report; catching it in the field costs a recall.

Every simulation package includes a plain-English summary alongside the technical report, so non-simulation stakeholders can understand the result and the recommendation.

Structural FEA — static, fatigue and modal analysis
Thermal analysis and heat-transfer studies
CFD flow simulation and pressure-drop analysis
Motion and kinematic mechanism analysis
Design optimisation recommendations
Failure-mode investigation on existing designs

Structural steel frame model reviewed on a laptop before FEA simulation

What's Included

Core Capabilities

Structural FEA

Static, fatigue and modal analysis to validate strength and service life.

CFD & Thermal

Flow, pressure-drop and heat-transfer simulation for fluid and thermal systems.

Design Optimization

Iterative simulation loops to reduce weight and cost without losing margin.

Software We Use

Tools Behind Every Deliverable

ANSYS SolidWorks Simulation KISSsoft

FAQ

Common Questions

Do you need the full CAD model, or can you simulate from a drawing?

A 3D CAD model gives the most accurate result; if only 2D drawings exist, we can rebuild the geometry as part of the engagement.

What do we receive at the end of a simulation study?

A full technical report (mesh, boundary conditions, results, plots) plus a summary of findings and design recommendations.

Can simulation catch problems before we cut a prototype?

That's exactly its purpose — validating strength, thermal and flow performance in software first significantly reduces costly physical prototype iterations.

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