ANSYS CO-SIMULATION
Flownex® SE is able to couple to a range of Ansys products which opens a new frontier in co-simulation. This gives users the ability to simulate complete and integrated engineering systems fast and accurately. Some of the product offerings include:
ANSYS FLUENT
ANSYS CFX
ANSYS MECHANICAL
CASE STUDIES
CS-086: Evaluating Boiler Wall Circulation Using a System-Level Flownex Model
This case study demonstrates how Flownex was used to model flow distribution within the wall-tube circuits of a John Thompson MicroGen boiler, providing insight into circulation behaviour across a burning furnace.
CS-084_Regenerative Burner
This case study shows how Flownex was used to model a regenerative burner and quantify its waste-heat-recovery efficiency.
CS-083_Dynamic Modelling of a Sodium-Cooled Fast Reactor During a Loss-of-Flow Event
This case study describes how Flownex was used to model axial turbines stage-by-stage using a nozzle-based approach that reproduces turbine behavior accurately even when limited geometric data is available.
CS-089: Simulating Tailings Transfer Upgrades
This case study describes how Flownex was used to model axial turbines stage-by-stage using a nozzle-based approach that reproduces turbine behavior accurately even when limited geometric data is available.
CS-082: Accurate Stage by Stage Axial Turbine Modelling with Minimal Geometry
This case study describes how Flownex was used to model axial turbines stage-by-stage using a nozzle-based approach that reproduces turbine behavior accurately even when limited geometric data is available.
CS-080:Predicting Combustor Wall Temperatures Using Thermal Fluid Network Modelling
This case study shows how Flownex thermal-fluid network model was used to predict the temperature distribution along the conical bluff body of an academic combustor. The model is validated using experimental measurements, including the cold-flow velocity and the cone-tip surface temperature under the attached-flame condition.
