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Fluid Dynamics Simulation CFD

Asotech is specialized in Fluid Dynamics Simulation CFD to predict the physics of the fluids applied to various industrial sectors. This allows to understand in detail the most complex fluid dynamics problems, in order to optimize and improve products before actually manufacturing them.

The application of CFD Fluid Dynamics Analysis offers a series of advantages not only in terms of product improvement, but also in terms of design and development cost reduction. Many of our clients have gained substantial benefits by reducing the time to market and therefore the development costs of their products thanks to our CFD Fluid Dynamics Simulations.

Besides the expertise of our engineers we avail ourselves of specialized CFD Analysis software like ANSYS Fluent, ANSYS CFX, ANSYS Icepak, ANSYS Polyflow, ANSYS Vista TF, ANSYS BladeModeler, and ANSYS TurboGrid.

Thanks to the available Ansys High Performance Computing (HPC) licenses, we are able to obtain in very short time the results of our analyses as data can be processed in parallel by up to 16 processors.

1.AERODYNAMICS CFD ANALYSES

analisi aerodinamiche CFD

  • CFD analyses of venting systems
  • CFD analyses of internal or external flows
  • CFD analyses of aerodynamics
  • CFD analyses of flows in ducts and pipes
  • CFD analyses of air conditioning systems
  • CFD simulation of flows from subsonic to supersonic regimes
  • CFD simulation of stationary and transient flows
  • CFD simulation of compressible and incompressible flows
  • CFD simulation of fluid-solid heat transfer
  • CFD simulation of moving fluids and objects
  • CFD simulation of flow optimization
  • CFD computation of aerodynamic drag and lift coefficients
  • CFD computation of external flows
  • CFD Computation of component cooling
  • CFD Computation of aerodynamic friction
  • CFD Computation of aerodynamic loads

2.FLUID DYNAMICS CFD SIMULATIONS

simulazione Fluidodinamica CFD

  • CFD simulations of laminar or turbulent flows
  • CFD simulations of liquid-gas multiphase systems
  • CFD simulations of multiphase fluids
  • CFD simulations of flows from subsonic to supersonic regimes
  • CFD simulations of stationary and transient flows
  • CFD simulations of compressible and incompressible flows
  • CFD simulations of fluid-solid heat transfer
  • CFD simulations of moving fluids and objects
  • CFD simulation for flow optimization
  • CFD simulation for the optimization of hydraulic circuits
  • CFD analysis of flow-induced motion
  • CFD analysis of internal or external flows
  • CFD analyses of flows in ducts and pipes
  • CFD analyses for gear lubrication
  • CFD computation of turbulent fluxes
  • CFD computation of fluid-structure interaction
  • CFD computation of pressure drops

3.TURBOMACHINERY

TURBO MACCHINE cfd

  • CFD computation of pump characteristic curve
  • CFD computation of volumetric efficiency
  • CFD computation of noise
  • CFD computation of turbine efficiency
  • CFD simulation of energy recovery
  • CFD simulation of cavitation phenomena
  • CFD simulation of thermodynamic phenomena

3. HEAT EXCHANGERS

CALCOLO FLUIDODINAMICO CFD

  • CFD computation of thermal dissipation
  • CFD computation of filtration efficiency
  • CFD simulation of combustion
  • CFD simulation of heat exchange and cooling
  • CFD analysis of filtering systems
  • CFD analysis of cooling and heating

ASOTECH MAIN FIELDS OF APPLICATION OF CFD FLUID DYNAMIC SIMULATION:

 

Single-phase fluids with no chemical reactions

Heat transfer

Multi-phase particle dispersed flows

Multi-phase free surface flows

Multi-phase dispersed flows

Combustion simulation

Turbomachinery simulation

Shape optimization

High-rheology fluids

Fluid-structure interaction

Asotech case history