Thermal study

It analyzes how heat is distributed and transferred within a component or assembly.
It allows for the evaluation of temperatures, heat fluxes, and thermal gradients under steady-state or transient conditions, considering conduction, convection, and radiation. It is essential for preventing overheating, thermal deformation, and thermal fatigue failures.

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Accurate prediction of temperature distribution

It allows you to know exactly how heat is distributed in the component, avoiding overheating areas that can damage the material.

Evaluation of thermal gradients and deformations

Detects temperature differences that can generate internal stresses and deformations, helping to prevent failures due to thermal fatigue.

Thermal design optimization

It facilitates the design of dissipation systems, fins or materials, improving thermal efficiency and product life.

Reduction of costs and times

Minimizes the need for physical prototypes and costly experimental testing, accelerating product development.

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Thermal study

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