TwinMesh automatically generates high quality hexahedral grids for the moving parts of rotary positive displacement machines.
TwinMesh is complementary to ANSYS CFD. It allows for reliable CFD analysis of pd machines using all physics available in this leading CFD software package.
Fast
TwinMesh provides an automated workflow for structured mesh generation and CFD analysis setup of rotary positive displacement machines.
Reliable
TwinMesh delivers high resolution and high quality numerical grids, avoids interpolation errors and allows the usage of the full range of physics available in ANSYS CFD.
Efficient
Structured grids made with TwinMesh allow for reasonable transient CFD model size while ensuring maximum numerical quality.
Discover Features of TwinMesh
TwinMesh is available for these PD Machines
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High Quality Numerical Grids
And Less Gap Size is Possible
%
Of Rotary PD Machines Available
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Reliable and Amazing Results
Works seamless with
Direct Export to ANSYS CFX
TwinMesh is fully optimized for CFD analysis using leading ANSYS CFD software. It exports mesh data in ANSYS CFX format and ready-to-run input files for ANSYS CFX.
Built on Years of ANSYS Expertise
TwinMesh is developed by CFD experts from CFX Berlin Software GmbH, a certified ANSYS Channel Partner from Germany for almost twenty years now.
Preview of Conjugate Heat Transfer (CHT) for PD Machines Using TwinMesh 2018
Preview on new features in TwinMesh 2018: CFD simulation of a SRM screw compressor with heating of rotor and casing solids with ANSYS CFX. We implemented User Fortran routines in TwinMesh 2018 that connect non-overlapping parts of the fluid-fluid interfaces to the interior solid surfaces to account for temperature and heat flux exchange.
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“The Momentum Keeps Up”
Good news is on your way – the success of the revolutionary meshing solution TwinMesh™ continues and grows more and more! Scientific papers, conference presentations, success stories, validation projects, and new reference customers – a lot of things happened during the last couple of months and it is a great success.
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Preview of Mesh Interpolation and Non-Reflective Boundary Conditions in TwinMesh 2018
The next preview of new features in TwinMesh 2018: we implemented a mesh interpolation method in User Fortran. So far, the time step size of the CFD simulation has to be set according to the desired revolution speed and the prescribed angle increment of the pre-generated meshes from TwinMesh. Now it is possible to set an arbitrary time step size, and the corresponding mesh is calculated with a spline interpolation between the pre-generated meshes at run-time.
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