Calculating stationary and transient mechanical and thermal structures
Robustness, safety and energy efficiency
Why carry out structural calculations and thermal simulations?
Structural and thermal analysis is a major challenge for industries seeking to guarantee the robustness, safety and energy efficiency of their equipment. Thanks to advanced numerical simulations, our solutions make it possible to :
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- Analyse the mechanical behaviour of structures under various stresses (static and dynamic).
- Optimise design using the finite element method (FEM).
- Simulate thermal transfers (conduction, convection, radiation) to ensure energy efficiency.
- Anticipate risks of failure and improve component life.
- Ensure compliance with standards and regulatory requirements.
Examples of industrial applications
- Calculation of the mechanical strength of industrial equipment.
- Simulation of the thermal resistance of metal and composite structures.
- Thermal insulation studies for the aerospace and energy industries.
- Modelling of thermal effects on electronic systems.
- Validation of the performance of cooling and thermal dissipation systems.
Our structural design and thermal simulation services
Aeronautics and space
Automotive and transport
Construction and civil engineering
Manufacturing industry
Energy
Structural calculations and thermal simulation
Finite element analysis of structures
Mechanical analysis of structures
- Studies in linear and non-linear statics (plasticity, buckling, contact).
- Analyses in transient and vibratory dynamics (shocks, earthquakes, mechanical fatigue).
- Calculations of mechanical and environmental performance (thermal loads, pressures, vibrations).
Structural optimisation and validation
- Optimal component sizing.
- Weight reduction and improved mechanical performance.
- Verification of permissible deformations and stresses
Modelling and digital simulation
Stationary and transient thermal modelling
- Study of heat transfer by conduction, convection and radiation.
- Simulation of heat exchange in extreme environments.
- Optimisation of heat dissipation in electronic and mechanical components.
Thermomechanical analyses and multiphysics couplings
- Simulation of thermal effects on mechanical strength.
- Modelling of structural deformation under thermal stress.
- Assessment of cracking and thermal fatigue risks.
Integrating digital simulations into product development
Our engineering services accelerate product time-to-market by reducing the costs and delays associated with physical testing. Our experts assist you with:
- Analysing needs and regulatory requirements.
- Implementing simulations and numerical analyses.
- Interpreting results and optimising designs.
Why choose the Emitech Group?
By choosing the Emitech Group, you can rely on a recognised partner combining technical expertise, digital resources and experimental validation to ensure the reliability of your designs.
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- Proven expertise: over 30 years' experience in mechanical and thermal engineering and multidisciplinary testing.
- Cutting-edge numerical tools: advanced solvers (finite element, multiphysics) coupled with our laboratory testing capabilities.
- An integrated multiphysics approach: combined mechanical, thermal and vibration analyses to anticipate complex couplings.
- Sector-specific expertise: solutions tailored to the requirements of the aerospace, automotive, energy and industrial sectors.
Needs
Discover a selection of additional resources that explore topics related to this page including regulatory contexts, technical articles, and specific areas of expertise. These materials provide further insight to help you better understand the key challenges and available solutions.
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Need to ensure the mechanical and thermal robustness of your equipment? Contact our experts for a tailored solution.
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