filmov
tv
LSDYNA-ICFD/EM : Battery cooling simulations
Показать описание
The most prominent techniques for battery cooling usually use direct cooling by air flow, indirect liquid cooling or a combination of both. In this conjugate heat transfer study three LS-DYNA solvers are coupled together within the same input deck. The cylindrical battery pack heating is provided by the EM solver battery module and transferred to the thermal solver. The CFD solver then provides the fluid cooling. Several techniques and their effects on temperature rise are investigated : no cooling, water cooling, air cooling or both.
0:00:09
LSDYNA-ICFD/EM : Battery cooling simulations
0:00:11
LS DYNA ICFD airplane simulation
0:04:01
Thermal Simulation of Heat fins using ICFD – LS Dyna
0:05:11
PCB Cooling using LS Dyna – ICFD for Natural Convection
0:15:58
ICFD tutorial: Thermal Flow in LS_DYNA R11
0:18:03
ICFD tutorial: Cylinder Flow in LS_DYNA R11
0:00:26
LS-DYNA ICFD Analysis 01
0:00:11
LSDYNA-EM : Projectile penetration in battery pack
0:00:09
battery module thermal runaway, cut view.
0:00:18
LSDYNA-CFD : Transient FSI simulation of underbody panel
0:27:08
LS-DYNA EM : Battery Crash Simulations in LS-DYNA
0:13:23
2D ICFD Flow over Cylinder: Pre-processing
0:00:09
Battery Cooling Simulation By using Ansys Fluent | Transient Simulation in Ansys Fluent.
0:00:16
LS-DYNA CFD: Dam break and impact on rigid column
0:05:15
CFD SIMULATION BATTERY PACK COOLING - GROUP META
0:08:10
Battery Pack Impact and Submodeling in Workbench LS-Dyna
0:21:22
Thermal Optimization of an EV Battery Pack
0:00:21
Battery thermal Management system
0:00:13
Battery Thermal Management System Simulation in Ansys Fluent | Battery Cooling |
0:33:32
Battery Cooling with Two-phase Nano Fluid in Ansys
0:06:59
Simulating Battery Pack Cooling System Using Ansys Fluent
0:19:02
Shape optimization for CFD analysis using LS-Opt + ANSA + LS-Dyna ICFD
0:41:05
Update Webinar: LS-DYNA
0:00:31
Heat/flow simulation through a battery block
Комментарии