Set up your own cloud-native simulation in minutes.Start Simulating Now
1567
25
3Â Geometries
1Â Mesh
2Â Simulation setups
4Â ResultsThe objective of this simulation is to become familiar with the fan-based Boundary Conditions implemented in SimScale. These Boundary Conditions create a pressure drop on the face applied. This pressure drop depends on the flux going in/out through the surface, and they are related following the charasteristic curve of the fan. Using this Boundary Conditions, different types of fans can be simulated behind the surfaces, and their effects on the different ducts can be estimated.
39cb601b-a39a-4884-a95c-7b70d4efafb1 created this project
over 10 years ago
3Â Geometries 1Â Mesh 2Â Simulation setups 4Â ResultsThe objective of this simulation is to become familiar with the fan-based Boundary Conditions implemented in SimScale. These Boundary Conditions create a pressure drop on the face applied. This pressure drop depends on the flux going in/out through the surface, and they are related following the charasteristic curve of the fan. Using this Boundary Conditions, different types of fans can be simulated behind the surfaces, and their effects on the different ducts can be estimated.
