Scope of our thermal analyses
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Visualisation of temperature distribution and its changes over time – modelling of thermal processes in complex structures and devices.
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Optimisation of design parameters – thermal bridges, process parameters and operating temperatures.
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Identification of critical areas – checking temperature gradients that may affect component strength and equipment safety.
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Professional calculation tools – we use Ansys Mechanical (FEM), Ansys Fluent and OpenFOAM (CFD) for the highest quality results.
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Support for R&D projects – we combine theoretical knowledge with a practical approach to innovation in the most demanding computational tasks.
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Experience and credibility – we conduct analyses in accordance with good engineering practice.
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Thermal and Static Analysis of the Recuperator
Thermal Analysis of a Container
FEM thermal analyses
- We specialise in FEM thermal analyses for both steady-state and transient conditions, which enable accurate modelling of heat transfer processes in complex structures.
- Our calculations take into account contact resistance, variable heat transfer coefficients and simplified fluid flow models, ensuring high accuracy of results while maintaining computational efficiency.
CFD thermal analyses
- Thermal analyses are an important part of our CFD services. They are essential in cases where uneven fluid flow and convection are key factors in heat transfer.
- Our simulations enable determination of the temperature distribution in the device for various operating scenarios, allowing for the optimisation of design parameters.
- These analyses can precede full‑scale tests and help define locations for thermocouples.
Thermal analysis of a railway carriage
CFD thermal analysis of a heat exchanger
CFD thermal analysis of nitrogen cold storage
Thermal analyses for industrial components and equipment.
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FEM analysis engineer
Where innovation meets engineering
Discuss your thermal analyses with our engineers.