TwinMesh Blog

Topics on Reliable CFD Simulation of Rotary PD Machines
TwinMesh™ 2023 released

TwinMesh™ 2023 released

We are pleased to announce the new release of TwinMesh™ 2023. We added many new features like adding deformation to the rotors and the casing. This gives you an even more realistic flow behaviour inside the machine. Read further for getting information about enhancements and new features in TwinMesh™ 2023.

read more
CFD simulation of oil injection in screw compressor

CFD simulation of oil injection in screw compressor

TwinMesh™ 2023 automatically generates high quality structured meshes of the rotating parts of PD machines and eliminates common numerical limits.
In this example you can see pressure distribution as contour plot on the rotor surfaces and on a cut plane on the left hand side; additionally, velocity at inlets and near the outlet is shown by streamlines in purple with a length of 2.5 ms.

read more
TwinMesh™ 2022 released

TwinMesh™ 2022 released

We are pleased to announce the release of TwinMesh™ 2022. This brand new release of TwinMesh™ includes many new features that further improve the quality of meshes for complex geometries. Read further for getting information about enhancements and new features in TwinMesh™ 2022.

read more
Exciting Applications of TwinMesh in Industry and Science

Exciting Applications of TwinMesh in Industry and Science

The success of the revolutionary meshing solution TwinMesh™ continues and grows more and more! TwinMesh customers in industry and science show their exiting papers, success stories and validation projects. A lot of things happened during the last couple of months and it is a great success.

read more
TwinMesh Webinar

TwinMesh Webinar

Next free TwinMesh webinar, March 30, 2022 at 2pm (CEST): find out more about how TwinMesh and Ansys CFD allow for reliable 3D CFD analysis of rotary positive displacement machines such as screw compressors, lobe pumps, vane pumps, Wankel engines, gear pumps, progressive cavity pumps, or scroll expanders!

read more