Multiphase CFD simulation of mixed tank
Martin Isoz
Multiphase CFD simulation of mixed tank
0:17
Mellapak 250.Y, 2 packing elements
Martin Isoz
Mellapak 250.Y, 2 packing elements
2:35
Preliminary multiphase results for the flow in structured packing
Martin Isoz
Preliminary multiphase results for the flow in structured packing
0:44
Mellapak 250.X - geometry visualization
Martin Isoz
Mellapak 250.X - geometry visualization
0:21
Preliminary simulation for gas flow in Mellapak 250.X - gas mixing
Martin Isoz
Preliminary simulation for gas flow in Mellapak 250.X - gas mixing
0:14
Preliminary simulation for gas flow in Mellapak 250.X - mesh and pressure
Martin Isoz
Preliminary simulation for gas flow in Mellapak 250.X - mesh and pressure
0:14
Preliminary simulation for gas flow in Mellapak 250.X - velocity
Martin Isoz
Preliminary simulation for gas flow in Mellapak 250.X - velocity
0:10
Gas flow simulation in structured packing - proof of concept
Martin Isoz
Gas flow simulation in structured packing - proof of concept
0:11
Liquid spreading description - focused on parasitic currents
Martin Isoz
Liquid spreading description - focused on parasitic currents
0:04
Liquid spreading description - focused on the div operator discretization
Martin Isoz
Liquid spreading description - focused on the div operator discretization
0:04
Liquid flow between two perforated plates - distinction between film, rivulets and drops
Martin Isoz
Liquid flow between two perforated plates - distinction between film, rivulets and drops
0:15
Liquid flow between two perforated plates - focused on the velocity field in the gas phase
Martin Isoz
Liquid flow between two perforated plates - focused on the velocity field in the gas phase
0:15
Liquid flow between two perforated plates - detailed view of flow patterns at the exit from top hole
Martin Isoz
Liquid flow between two perforated plates - detailed view of flow patterns at the exit from top hole
0:15
Liquid flow between two perforated plates - distinction between film, rivulets and drops
Martin Isoz
Liquid flow between two perforated plates - distinction between film, rivulets and drops
0:16
Liquid flow between two perforated plates - detailed view of droplet formation
Martin Isoz
Liquid flow between two perforated plates - detailed view of droplet formation
0:16
Liquid flow between two perforated plates - overall dynamic result
Martin Isoz
Liquid flow between two perforated plates - overall dynamic result
0:16
Liquid flow on a textured plate - comparison between longitudinal and transversal texture
Martin Isoz
Liquid flow on a textured plate - comparison between longitudinal and transversal texture
0:16
Liquid flow on a smooth plate - mesh optimization
Martin Isoz
Liquid flow on a smooth plate - mesh optimization
0:11
Liquid flow between two perforated plates - geometry and result overview
Martin Isoz
Liquid flow between two perforated plates - geometry and result overview
1:02
Liquid flow in an absorption column
Martin Isoz
Liquid flow in an absorption column
0:33
Rivulet type flow - water on steel
Martin Isoz
Rivulet type flow - water on steel
0:25
Rivulet flow modeling
Martin Isoz
Rivulet flow modeling
0:21
Kickbox punch, highspeed camera
Martin Isoz
Kickbox punch, highspeed camera
0:51
Kickbox kick, highspeed camera
Martin Isoz
Kickbox kick, highspeed camera
0:51
Kickbox punch, study 2
Martin Isoz
Kickbox punch, study 2
0:17
Kickbox punch, study
Martin Isoz
Kickbox punch, study
0:17
kickbox kick, study 2
Martin Isoz
kickbox kick, study 2
0:24
kickbox kick, study
Martin Isoz
kickbox kick, study
0:24