Based on hundreds of projects carried out in various manufacturing fields, PRÉCICAD personnel possess impressive expertise in the use of finite element analysis technology. With “virtual prototypes”, important benefits are obtained such strength/weight ratio optimization, detection of potential problems, product performance enhancement, manufacturing cost reduction and finally, conformity to increasingly strict new product development standards. The following numerical simulations and optimizations are carried out on a regular basis by our team of experts:
Structural analysis
Analysis of the stress and strain of metallic structures, composites, plastics and elastomers is performed in order to optimize the weight, meet security requirements as well as applicable standards and specifications, to determine the optimal materials and processes and to assess the complete structural behaviour of the product.
Thermal analysis
Assessment of the thermal behaviour of a product or equipment used to visualize and establish the degree of influence of temperature on the products or on the mechanical or electronic equipment.
Vibration analysis
Vibratory or modal behaviour analysis is used to determine the natural frequencies of a product or mechanical equipment, the spectral responses, transients, in frequency and PSD.
Thermo-fluid analysis (CFD)
The coupling of fluid flow and thermal behavior for the simulation of heat transfer is used to solve problems on mechanical and electronic products according to conduction, radiation and convection in transient and steady state cases.
Numerical simulation
Based on hundreds of projects carried out in various manufacturing fields, PRÉCICAD personnel possess impressive expertise in the use of finite element analysis technology. With “virtual prototypes”, important benefits are obtained such strength/weight ratio optimization, detection of potential problems, product performance enhancement, manufacturing cost reduction and finally, conformity to increasingly strict new product development standards. The following numerical simulations and optimizations are carried out on a regular basis by our team of experts:
Structural analysis
Analysis of the stress and strain of metallic structures, composites, plastics and elastomers is performed in order to optimize the weight, meet security requirements as well as applicable standards and specifications, to determine the optimal materials and processes and to assess the complete structural behaviour of the product.
Thermal analysis
Assessment of the thermal behaviour of a product or equipment used to visualize and establish the degree of influence of temperature on the products or on the mechanical or electronic equipment.
Vibration analysis
Vibratory or modal behaviour analysis is used to determine the natural frequencies of a product or mechanical equipment, the spectral responses, transients, in frequency and PSD.
Thermo-fluid analysis (CFD)
The coupling of fluid flow and thermal behavior for the simulation of heat transfer is used to solve problems on mechanical and electronic products according to conduction, radiation and convection in transient and steady state cases.