CS-009: THE INTERACTION BETWEEN GAS AND PARTICLES
This case study highlights Flownex’s versatility through user coding to model the pneumatic conveying dynamics in the Pebble Bed Modular Reactor’s Fuel Handling System, predicting sphere kinematics and their impact on flow velocities and distribution.
Share This:
Share This:
More Case Studies
You might also be interested in these CASE STUDIES
CS-085_Open-Pit Mine Dewatering
This case study shows how Flownex was used to evaluate new dewatering strategies at Mogalakwena Mine and identify energy- saving opportunities.
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
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
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
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
