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2 Geometries
3 Meshes
2 Simulation setups
3 ResultsPreliminary CFD study of one DN315 S0 nozzle. Airflow: 0.200 m3/s; effective outlet diameter: 0.174 m; supply air: 18 degC; ambient air: 36 degC. Nozzle centre elevation: 5 m; discharge angle: 45 degrees downward from horizontal. Assessment point: 5 m horizontally downstream at 1 m above the floor. Nominal open space: 20 m long x 10 m wide x 5 m high. Open-side/roof arrangement and nozzle clearance remain to be defined before meshing. This is a simplified nozzle boundary model, not manufacturer-validated internal diffuser geometry. No CFD results have been generated.
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CFG1599 created this project
2 Geometries 3 Meshes 2 Simulation setups 3 ResultsPreliminary CFD study of one DN315 S0 nozzle. Airflow: 0.200 m3/s; effective outlet diameter: 0.174 m; supply air: 18 degC; ambient air: 36 degC. Nozzle centre elevation: 5 m; discharge angle: 45 degrees downward from horizontal. Assessment point: 5 m horizontally downstream at 1 m above the floor. Nominal open space: 20 m long x 10 m wide x 5 m high. Open-side/roof arrangement and nozzle clearance remain to be defined before meshing. This is a simplified nozzle boundary model, not manufacturer-validated internal diffuser geometry. No CFD results have been generated.
