2D/3D DESIGN & ANALYSIS/SIMULATION

About This Project

2D/3D DESIGN

 

 

Phylos is the ideal partner to create 2D / 3D mechanical drawings and designs and is able to support the customer in the different phases of design and calculation: from the development of concept design to 3D CAD modeling, from the simulation and calculation part to the executive drawings .

Design services are realized using the main 3D CAD like Inventor, Solidedge, Solidwork, Pro-e, Creo, Catia, Nx.

ANALYSIS SIMULATION AND CALCULATIONS

 

 

With our computational analyses we are able to optimize the design of a component or systems, ensuring compliance with the final objectives already at the end of the design phase. We are thus able to reduce the time and costs of product development.

  • Structural analysis (static and dynamic, linear and non-linear)
  • Kinematic and dynamic simulations
  • Stationary and transient thermal analyses
  • Simulation of heat exchanges by conduction, convention and irradiation
  • CFD analysis, fluid dynamic simulations
  • Crash analysis

 

CFD: Computational fluid dynamics

The calculation tools CFD (Computational Fluid Dynamics), through the numerical resolution of the equations of Navier-Stokes and Fourier, allow to perform predictive analysis on the behavior of moving fluids in transient or stationary regime, analysis of heat exchange, both in monophasic and biphasic field.

  • Fluid dynamic analysis
  • Thermo-fluid dynamic analysis
  • Fluid-structural analysis
  • Acoustic-vibrational analysis
  • Analysis with porous elements
  • Analysis with bi-phase fluids

 

FEA: Linear and non-linear structural analyzes

The analyses carried out using FEM calculation tools allow appropriate structural sizing of the mechanical components subjected to different types of stress and can be applied both in the elastic field and in the field of plastic deformations.

  • Linear and non-linear static analyzes
  • Analysis of ways to vibrate???
  • Buckling
  • Random Vibration
  • Elastic-plastic analysis
  • Dynamic analysis
  • Stationary and transient thermal analyzes
  • Impact analysis
  • Analysis of composite materials, anisotropic, hyper-elastic, piezo-electric, etc.

 


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Date
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Engineering, Solutions