PolytechniaOur scope of work.
A modular engagement: we can cover all or part of these areas while staying aligned with the rest of your project.
Static & Dynamic
Analysis of stresses, deformations and displacements under steady loads or transient impacts, to guarantee the integrity of your structures.
Fluid dynamics (CFD)
Modeling of internal and external flows, pressure drops, aerodynamics and mixing, to optimize your fluid systems.
Acoustics
Study of sound wave propagation and vibration loads, to reduce noise and improve comfort in use.
Modal
Determination of natural frequencies and vibration modes, to avoid resonance and secure dynamic behavior.
Thermal
Simulation of heat transfer (conduction, convection, radiation), to control temperature rise and optimize cooling.
Fatigue
Assessment of part lifespan under cyclic loading, to prevent progressive failure and make the product more reliable.
Validate and optimize before you manufacture
“I want to lighten my part or cut material costs without risking breakage.”
We run static and fatigue analyses to spot oversized areas, optimize wall thicknesses and safely remove unnecessary material.
“My product or equipment runs excessively hot, or overheats in use.”
We simulate thermal and air flows (CFD) to size the heat sinks, optimize airflow or fluid injection and rule out any risk of thermal failure.
“My part or structure suffers abnormal vibration, noise, or fails early.”
Through modal, dynamic and cyclic fatigue analyses, we pinpoint resonance or stress concentration so the geometry can be corrected before it reaches the field.
“I want to validate the strength of a complex mechanical concept before launching prototype manufacturing.”
In some cases, numerical simulation can replace repeated physical prototype campaigns. We test your parts virtually under extreme loads to validate the concept at the study stage.
Computation that feeds the design, not just colorful pictures
From simulation result to concrete change
We do not hand over a mere analysis report. Because we master CAD, design and manufacturing processes, we feed the findings straight back into the 3D model to correct and optimize your parts right away.
Realistic assumptions, grounded in the field
A simulation is only worth as much as its boundary conditions. Our expertise in electronics, integration and materials lets us set precise assumptions (loads, temperature gradients, manufacturing constraints, material anisotropy) that stay close to reality.
Far fewer prototype loops
By coupling simulation with design and manufacturing preparation under one roof, we cut down costly physical back-and-forth. You move from the virtual model to a working prototype with far better odds that it delivers on the very first part.
Explore our other areas of expertise.
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