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Mesh independence study 6

Study 6 J:0.497 lvl 7 (9 boundary layers) - s6 l7 - SimulationRun
SimulationRun
3D
Study 6 J:0.497 lvl 6 (8 boundary layers) - s6 l6 - SimulationRun
SimulationRun
3D
Study 6 J:0.497 lvl 5 (7 boundary layers) - s6 lvl 5 - SimulationRun
SimulationRun
3D
Study 6 J:0.497 lvl 4 (6 boundary layers) - 6 lvl 4 - SimulationRun
SimulationRun
3D
Study 6 J:0.497 lvl 3 (5 boundary layers) - 6 lvl 3 - SimulationRun
SimulationRun
3D
Study 6 J:0.497 lvl 2 (4 boundary layers) - 6 lvl 2 - SimulationRun
SimulationRun
3D
Study 6 J:0.497 lvl 1 (3 boundary layers) - 6 lvl 1 - SimulationRun
SimulationRun
3D
APCSLO838_-_TE_LE_refine - Geometry
Geometry
3D
APC-SF-8x38 - Geometry
Geometry
3D
views 307
shares 1
Filiptheking
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Last modified

Statistics
geometries 2 Geometries
meshes 7 Meshes
simulations 7 Simulation setups
runs 7 Results

About this project

This project is intended towards validating the performance of a generic propeller geometry. Such a validation project enables the user to enhance their knowledge in leveraging CFD for modelling the performance of an existing drone or estimating the design parameters such as motor size, material property requirements, etc. during the development phase of a drone.

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