Simulation

Design and simulation are key elements in the development of innovations in mechanics. This area, which is very cross-cutting, covers most of Cetim’s business divisions. The main challenges lie at two levels:

Integrate simulation and optimization into the design process;
coupling simulation and testing, to develop, validate and recalculate numerical models, define and customize tests to characterize materials, the behaviour of components and equipment, and qualifying their performance.

Product modelling and simulation lead to virtual optimization of solutions before physical implementation. Therefore, this trend is towards a more efficient way of design, taking into account the prediction of fatigue life and optimizing safety coefficients in a reliable approach. The main objective is to achieve much shorter development times.

Significant progress has been made in the simulation of increasingly complex and multi-physical phenomena.
This technological axis brings together projects concerning: the reliable design of products, the verification of functional requirements and the qualification of performance, analytical methods based on customer need, the design of clean and silent products, simulation of the behaviour and functioning of products.

As a key player in the industry of the future combining digital and mechanical expertise, we offer you the realization of calculation/simulation services and support in perfect alignment with your business requirements.
Our experts also contribute to the development of your employees’ skills through the integration of software tools in your company and dedicated training

Our areas of expertise covered static and dynamic simulation:

  • Pressure Equipment in compliance with the standards
  • Structure, Fluid (CFD) & Fluid/ Structure Interactions
  • Thermomechanical
  • Acoustic
  • Assemblies: Bolted, welded and riveted and glued
  • Seism
  • Fatigue
  • Cathodic protection against corrosion
  • Mechanical components in power transmission (gear wheel, gearbox, shaft, etc.)
  • Topological optimization for additive manufacturing
  • Modelling of non-destructive controls

Cetim use a wide range of advanced CAE software to perform computation process of simulation services:

  • Abaqus
  • Ansys
  • Nx Nastran
  • Castor
  • Hyperworks
  • Aster

However, we do dedicate it and precisely with using specific software in Forming, Fatigue, Bolted Connections, Electroplating Cathodic Protection and Pressure Vessels.

Cetim use a wide range of advanced CAE software to perform computation process
of simulation services