CFD (Computational Fluid Dynamics)

FEAPro Engineering provides a fluid dynamic (CFD) simulation environment based on the stabilized Finite Element Method. The solution works with number of different turbulence models and sophisticated tools for simulating problems of species advection, heat transfer in fluids and solids, as well as free surface among others. It also includes fully integrated pre/post-processing modules.

FEAPro Engineering’s solution is highly flexible in defining physical properties of the model, boundary conditions, through user-defined functions that can make it a tool with large variety of applications. Moreover, The advanced solution includes wizard-type utilities to make analyses definitions fast and easy to do. It also can be easily adapted to specific needs allowing a simple and automated analysis process.

Advantages

• Using FIC/FEM method nake it possible to solve CFD and multiphysics problems.
• Solve heat transfer problems in both fluid and solid domains
• Solve fluid flow including turbulence phenomena, advection of species, structural mechanics and Free Surface (NAVAL and ODDLS modules) problems
• It is also possible to configure additional user defined partial differential equations (PDE) solvers and couple the new variables with any of the other problems
• ALEMESH module can be used to simulate problems where mesh deformation (i.e. body movement) may occur.
• Tcl interface enabling users to enhance simulations without recourse to  external compiled subroutines.
• All in one solution: fully integrated and the complete environment is used as one single program.

Applications

• Analysis of loads on buildings and other structures
• Ventilation and refrigeration systems simulation
• Analyses of transport and dispersion phenomena of contaminating substances
• Industrial flows simulation
• Determination and analyses of fluid separation phenomena
• Biologic flows analyses
• Fluid noise, cavitations and turbulence phenomena determination and analysis
• Heat transfer analyses in fluids and solids
• Vibrations frequency evaluation
• Pressure loss calculation in tubes and valves
• Forms optimization

Ask for a specified solutions:
http://www.feapro.com/contact/

Pump System

Modern numerical calculation and testing solutions can speed up technical processes considerably and model them more effectively - an intelligent option for reducing development effort across the board.

The creation of high quality solutions tailored exactly to customer needs is our area of expertise. We deal both numerical simulation solutions and the professional testings.

A further pre-eminent aim of our work is the draft-product solutions of pump system by linking and integrating sophisticated, commercially available  CAD/CAM/CFD/FEM software.

FEAPro Engineering’s pump draft-product solution does enable a very fast generation of new high-quality pump geometries. It can substantially increase the performance of your product development activities by giving an excellent possibility to integrate the models into a CAE driven design and optimization process.

Advantages

Rapid design of hydraulic high-quality pumps

Integration of established pump design theory

The many years’ experience of our employees in CAE & Testing consulting, with a special focus on fluid and thermal dynamics qualify us for the implementation of demanding jobs.

Applications

gear pump	Centrifugal Pump	Piston Pump
Vane Pump	Gerotor Pump	Crescent Pump

Ask for a specified solutions:
http://www.feapro.com/contact/

Propulsion System

A propeller is essentially a type of fan which transmits power by converting rotational motion into thrust for propulsion of a vehicle such as an aircraft, ship, or submarine through a mass such as water or air, by rotating two or more twisted blades about a central shaft

FEAPro Engineering provide an advanced solution for ship and airplane propulsion which could help customers to improve existing design or start a new innovative research rapidly and accurately.

Ask for a specified solutions:
http://www.feapro.com/contact/

Mixing

• FEAPro Engineering’s mixing solution is for predicting the flow particles under a wide variety of forces
• Equations of motion are solved for translation and rotation of individual particles traveling in electrostatic, magnetic or gravitational fields.
• The size of the particles can be in the order of microns or larger. All appropriate forces are included in the formulation.
• The particles can be of different shape and size with given distributions.
• The particles can carry charge. Individual charging of the particles are calculated.
• Different properties of the particles such as charge, temperature, etc. can be predicted by tracking the motion of each particle.
• Different types of boundary surfaces can be modeled whether they are stationary or moving.
• A user friendly pre- and post-processor is provided to input the geometry of the boundaries and the particles, as well as the display of the motion and other properties of the particles.

Applications

• Computer Printers
• Pharmaceutical Processes
• Food Processing
• Material Processing