2D-mesh-of-a-battery-pack-meshed-by-CF-MESH

2D Geometry and Case Preparation of a CHT Simulation

In this report, we will show the case preparation for a CHT simulation. Geometry preparation The model of the battery pack was given as a 2D drawing in a DXF file format - a vector format mostly used by engineers and architects for 2D drawings during product design....

Vertical Axis Wind Turbine and Rotating Mesh

This case study demonstrates how to mesh and set up a multi-domain case with a rotating mesh. The analyzed geometry represents a Darrieus-Savonius wind turbine.  Geometry preparation For more detailed tips and tricks on how to prepare your geometry and provide...

Shell and Tube Heat Exchanger

This case study shows the methodology for the generation of multi-material meshes in heat exchangers. In most cases, the device is designed by many engineers, resulting in imperfect CAD data with overlaps and self-intersections. CF-MESH+ does not require perfect CAD...
automatic mesh generation white house case

Automatic Mesh Generation Of A Simplified 3D Model Of The White House For CFD Analysis With CF-MESH+

This study demonstrates automatic mesh generation on a simplified 3D model of The White House using CF-MESH+. The study shows the features enabling quick generation of the computational domain and refinement regions, needed to generate a quality mesh. The quality of...
HVAC Automatic Hex-Dominant Mesh Generation

Automatic Hex-Dominant Mesh Generation With CF-MESH+ For CFD Analysis Of HVAC Flows

Summary This study presents the meshing process using CF-MESH+ developed to gain the following:• A high-quality boundary layer mesh, needed for accurate heat transfer simulations• 100% layer coverage even for complex geometries• A mesh with conformal interfaces...
Hex Mesh Generation Formula-One

Automatic Hex-Dominant Mesh Generation for CFD Analysis of Formula-One Car with CF-MESH+

1 Introduction The present report deals with user-friendly automatic hex-dominant mesh generation on a Formula One model of industrial importance. The mesh generation is carried out using CF-MESH+ software. Also, many CF-MESH+ features and settings were shown and...
gap handling in CFD meshing

Gap Handling With cfMesh

1 Introduction This report explains gap handling, i.e. cell keeping/removing options embedded into cfMesh library. All cases are discretized using cartesianMesh workflow. Furthermore, all the necessary preparation steps that precede operations in cfMesh are outlined....
Vertical Axis Wind Turbine and Rotating Mesh

Vertical Axis Wind Turbine and Rotating Mesh

This case study demonstrates how to mesh and set up a multi-domain case with a rotating mesh. The analyzed geometry represents a Darrieus-Savonius wind turbine.  Geometry preparation For more detailed tips and tricks on how to prepare your geometry and provide...

Shell and Tube Heat Exchanger

Shell and Tube Heat Exchanger

This case study shows the methodology for the generation of multi-material meshes in heat exchangers. In most cases, the device is designed by many engineers, resulting in imperfect CAD data with overlaps and self-intersections. CF-MESH+ does not require perfect CAD...

Gap Handling With cfMesh

Gap Handling With cfMesh

1 Introduction This report explains gap handling, i.e. cell keeping/removing options embedded into cfMesh library. All cases are discretized using cartesianMesh workflow. Furthermore, all the necessary preparation steps that precede operations in cfMesh are outlined....

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