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7 Geometries
7 Meshes
5 Simulation setups
29 ResultsCoolant Solenoid Valve Precision is key in solenoid valve design, especially for EVs where coolant control ensures battery and power electronics efficiency. Small geometry changes can greatly affect magnetic force, heat buildup, and flow performance - making simulation essential before prototyping. CAD Setup The model includes the housing, voltage-excited coil, solenoid bushing, plunger, and valve body. Two states of this solenoid valve are: open (coil energized) and closed (coil off). Simulation Setup Electromagnetics: Simulate magnetic field buildup and plunger actuation force. Thermal: Evaluate coil heating and temperature distribution. Flow: Analyze internal flow to assess pressure drop and coolant path behavior. Key Goals Optimize magnetic efficiency Manage coil heat-up Minimize flow losses Reduce physical testing with fast, cloud-native simulation - Copy
by simscalesimscale
7 Geometries 7 Meshes 5 Simulation setups 29 ResultsCoolant Solenoid Valve Precision is key in solenoid valve design, especially for EVs where coolant control ensures battery and power electronics efficiency. Small geometry changes can greatly affect magnetic force, heat buildup, and flow performance - making simulation essential before prototyping. CAD Setup The model includes the housing, voltage-excited coil, solenoid bushing, plunger, and valve body. Two states of this solenoid valve are: open (coil energized) and closed (coil off). Simulation Setup Electromagnetics: Simulate magnetic field buildup and plunger actuation force. Thermal: Evaluate coil heating and temperature distribution. Flow: Analyze internal flow to assess pressure drop and coolant path behavior. Key Goals Optimize magnetic efficiency Manage coil heat-up Minimize flow losses Reduce physical testing with fast, cloud-native simulation - Copy
Templates created this project
11 months ago
sdowrick copied this project
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