This benchmark suite provides ANSYS Fluent hardware performance data measured using sets of benchmark problems selected to represent typical usage. The ANSYS Fluent benchmark cases range in size from a few hundred- thousand cells to more than 100 million cells. The suite contains both pressure-based (segregated and coupled) and density-based implicit solver cases using a variety of cell types and a range of physics. These cases are used by hardware vendors to benchmark their hardware systems and the resulting performance data is then included in these pages. For further descriptions of benchmark problems, please go to the benchmark page related to the case you are interested in.
Release 2019 R1 Test Cases
- 4-Stroke spray guided Gasoline Direct Injection model (ice_2m)
- Cavity flow in a centrifugal pump (pump_2m)
- Circulating fluidized bed (fluidized_bed_2m)
- External Flow Over an Aircraft Wing (aircraft_2m)
- Transonic axial-flow in a rotor (rotor_3m)
- External Flow over passenger sedan (sedan_4m)
- Wave loading on oil rig (oil_rig_7m)
- Flow through a combustor (combustor_12m)
- External Flow Over an Aircraft Wing (aircraft_14m)
- Boeing Landing gear analysis (landing_gear_15m)
- Flow through combustor (lm6000_16m)
- Vehicle Exhaust model (exhaust_system_33m)
- Flow through a combustor (combustor_71m)
- External Flow over a Formula-1 Race Car (f1_racecar_140m)
- External Flow over an Open Wheel Race Car (open_racecar_280m)
- 4-Stroke spray guided Gasoline Direct Injection model (ice_2m)
- Cavity flow in a centrifugal pump (pump_2m)
- Circulating fluidized bed (fluidized_bed_2m)
- External Flow Over an Aircraft Wing (aircraft_2m)
- Transonic axial-flow in a rotor (rotor_3m)
- External Flow over passenger sedan (sedan_4m)
- Wave loading on oil rig (oil_rig_7m)
- Flow through a combustor (combustor_12m)
- External Flow Over an Aircraft Wing (aircraft_14m)
- Boeing Landing gear analysis (landing_gear_15m)
- Flow through combustor (lm6000_16m)
- Vehicle Exhaust model (exhaust_system_33m)
- Flow through a combustor (combustor_71m)
- External Flow over a Formula-1 Race Car (f1_racecar_140m)
- External Flow over an Open Wheel Race Car (open_racecar_280m)