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Simulation and Analysis
Simulation and Analysis Services provide engineering teams with virtual validation of product designs before physical testing. These services are for engineers and product developers who need reliable performance insights and risk mitigation early in the design process. MECAD Systems applies industry-standard simulation methods tailored to your CAD and data workflows for confident decisions from concept to production.
What Is Simulation and Analysis?
Simulation and Analysis Services are engineered workflows that test product designs virtually using analytical methods.
Rather than relying on physical prototypes alone, simulations such as Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), motion, thermal, plastics, casting, and DEM studies predict real-world behaviour.
This approach highlights performance limits, risk factors, and optimisation opportunities early, reducing costly iterations and improving product reliability.
Key capabilities and features of Simulation and Analysis
- Finite Element Analysis (FEA): Validate structural integrity and optimise geometry for strength, durability, and safety across operating conditions. FEA identifies stress concentrations and fatigue risks so engineers can improve reliability before manufacturing.
- Computational Fluid Dynamics (CFD): Analyse fluid flow and heat transfer to improve efficiency and stabilise performance in pumps, ducts, and other fluid systems. CFD helps refine designs where fluid dynamics and thermal effects are critical.
- Thermal Simulation Studies: Evaluate temperature distribution and heat dissipation to prevent overheating and ensure stability under service conditions. Thermal analysis predicts temperature-driven effects on material behaviour and system performance.
- Motion Studies: Simulate mechanisms and dynamic interactions to optimise motion paths, reduce friction, and enhance user experience. Motion analysis predicts kinematics, forces, and constraints across assemblies.
- Plastic Injection and Blow Moulding Simulations: Optimise mould design for plastics manufacturing to reduce common defects and improve cycle efficiency and part quality. This capability supports plastic part production with fewer iterations and waste.
- Discrete Element Modelling (DEM): Analyse bulk and granular material behaviour to optimise handling and reduce wear on chutes, bins, and conveyors. DEM provides insights where many small particulate interactions impact system performance.
- Casting Simulations: Refine gating, risers, and cooling patterns to reduce casting defects and improve yield and dimensional accuracy. Casting analysis supports metal foundry optimisation prior to production tooling.
- Cross-Platform Integration: Simulation can be executed across leading analytical tools and integrated with CAD and PDM workflows. A consistent process for geometry prep, meshing, materials, and result review ensures traceability and repeatability.
Benefits of Simulation and Analysis
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Frequently Asked Questions about Simulation and Analysis
We support a wide range of studies, including Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), thermal analysis, motion studies, plastics process simulations, casting simulations, and Discrete Element Modelling (DEM).
Projects may combine multiple methods for comprehensive insight.
Simulation reduces design risk and shortens iteration time by testing virtually before building prototypes.
It highlights weak points, validates concepts against performance targets, and identifies optimisation opportunities.
Yes. Studies are configured to reflect industry standards and real use-case conditions.
Typical applications include automotive, aerospace, machinery, consumer products, energy, and material handling.
Absolutely. Simulation engagements include clear reporting that translates plots and data into actionable design recommendations and next steps.
We work with industry-leading simulation platforms and can integrate results with your CAD and data management workflow.
Consistent processes for geometry prep, meshing, and review ensure repeatability.
How MECAD Systems Can Help
What Happens Next?
Begin with a short consultation to understand which simulation studies add the most value to your design project.
MECAD Systems will outline scope, software options, timelines, and anticipated outcomes before starting your Simulation and Analysis engagement.