Experts in CFD with the tools and skills for simple to complex problems

Enginsoft engineers have worked on hundreds of CFD consulting projects covering every major area of the science. Some of the primary areas of work are:

  • Steady state and transient CFD simulations of internal/external liquid and gas flows
  • Analysis, design and optimization of immersed or surrounding components
  • Optimal turbulence modeling approaches: RANS, URANS, RSM, LES, DES
  • Incompressible, transonic and compressible flows
  • Rotating equipment and moving bodies
  • Multiple reference frames, rotating and sliding interfaces, deformable meshes
  • Fluid-structure interaction
  • Heat transfer and thermal modeling
  • Multiphase and free surface flows
  • Flow mixing

1D CFD Simulation
Not every problem needs a high-end 3D analysis. For many problems, it can be better to work within the design space using a 1D tool for design exploration and then advance to a 3D analysis when higher fidelity is needed. Enginsoft engineers has years of experience with Flownex® Simulation Environment and ParticleWorks® and can help you realize answers faster.

3D CFD Simulation
When 3D analysis is the right answer, Engisoft has the engineers with the experience.

Some of our Recent Projects (click for the PDF):

Coupling 1D (System Level) and 3D CFD Analysis

By coupling 1D and 3D codes (a multi-scale modelling approach) it is possible to simulate large and complex domains by modelling the complex parts with a 3D approach and the rest of the system with a 1D approach.

  • 1D CFD
  • CFD Services
  • FlowNex
  • Case Study
Read more

Combined 1D and 3D CFD Analysis of Gas Turbine

The goal of this work was to improve the critical points that affect the procedure, such as modeling of complex fittings and bend interactions. For this purpose, dedicated CFD analyses were performed.

  • 1D CFD
  • CFD Services
  • FlowNex
  • Case Study
Read more

Modelling of condensation formation and disposal inside an automotive headlamp

A numerical method has been implemented in order to study this problem and has been applied to real case headlamp designs providing good agreement between numerical and experimental results.

  • Ansys
  • Automotive
  • Whitepaper
  • Computational Fluid Dynamics (CFD)
Read more

Honda Engine CFD Particle Method Analysis

This study focused on a particle method suited to the analysis of complex fluid phenomena such as free surfaces and liquid breakup and coalescence, and attempted to predict the oil separating behavior of the breather chamber with the Moving Particle Semi-implicit method.

  • Automotive
  • CFD Services
  • ParticleWorks
  • Case Study
Read more

Thermal Optimisation of e-Drives Using Moving Particle Semi-implicit (MPS) Method

A novel technique to model the temperature of windings in oil cooled e-machines has been developed. It aims to reduce the time taken to generate and solve thermal models by using a combination of particle based fluid modelling and steady state finite element (FE) thermal modelling.

  • Automotive
  • CFD Services
  • ParticleWorks
  • Case Study
Read more

Oil Splashing CFD Analysis at Comer Industries

This paper shows the results of the MPS method on a two speed reduction gear box, that is part of the rotor drive transmission change for a forage harvester machine.

  • Heavy Industry
  • Gear Box
  • ParticleWorks
  • Whitepaper
  • Computational Fluid Dynamics (CFD)
Read more

Corelation of Oil Accumulation on Surface of a Rotating Wheel

In 2015, Dana evaluated the ability of
Particleworks to predict the accumulation of oil on the surface of a rotating component within one of their axle assemblies.

  • Automotive
  • Powertrain
  • ParticleWorks
  • Recurydyn
  • Case Study
Read more

Designing & analysing the cooling of a medium speed engine piston with MPS method

The method combines simple analytical formulas for calculating heat load of the piston, MPS-method of Particleworks software for simulating the cooling effect of oil and finite element analysis for calculating the piston temperature field.

  • Automotive
  • Powertrain
  • ParticleWorks
  • Whitepaper
Read more

Airflow on Lettuce in Space

This model provided deep insight into the air distribution and the local environmental conditions around the aerial part of the plants

  • CFD
  • Ansys CFX
  • Recurydyn
  • Case Study
Read more

3D-Simulation Enhances Positive Displacement Machines

Accurately generate the grid for correct representation of the chamber volumes, and to create sufficient mesh resolution especially within the gaps and in their vicinity.

  • Industrial Machinery
  • CFD
  • Twin Mesh by CFX Berlin
  • Case Study
Read more

Using a 1D-3D co-simulation of a hydraulic pump failure

A virtual system model that includes the Piping and Instrumentation Diagram or the Process Flow Diagram of the pipeline.

  • CFD
  • 1D - 3D Co-simulation
  • Fllownex
  • Case Study
Read more

Let us help

When it's time to get started, contact us. We can schedule a call with an engineer who has already solved similar problems and begin discussing how we can help you. Just fill out the form below.