HOME / Software / MPS-RYUJIN : Sample analysis scenarios / Gear oil agitation (standalone gear) - reproducing oil agitation phenomenon -
Automobile
- Torque converter
- Blowing condensation from exhaust manifold
- Analyzing internal pipe flows for trapped air
- Undercoat on casing
- Undercoat on door
- Behavior of one-way flap
- Washing powder from nut
- Car wash
- Gear oil agitation (standalone gear)
- Final drive oil agitation
- Sloshing in tank
- Multi-gear rising
- Membrane flow benchmark
Appliances
- Dust blowing
- Air knife
- Dishwasher spray action
- Behavior of rice grains
- Board washing benchmark
- Washing action in drum washer
Industrial plants and foodstuffs
- Boiled egg
- Static mixer
- Installed mixer
- Pouring mixture into molds
- Agitation of viscous fluid (1)
- Agitation of viscous fluid (2)
- Food cutting
- Meat chopper
Ships and railways
- Sloshing in tanker
- Ship motion relative to screw rotation
- Cruiser fin agitation
- Bullet train moving through snow
New functions
- Visco-plastic flow
- Thermal flow in agitation chamber
- Ship motion relative to screw rotation
- Torque converter
- Condensation on surface of aircraft
- Heat generated by gear agitation
- Rotary behavior of Francis turbine
- Sloshing
- Visualization using CG
- Carriage washing
- Thermal convection
- Cooling of structure
- Thermal conduction and fluid-solid coupling
- Temperature and viscosity-cooling
- Temperature and viscosity-heating
- Linear elastic body
- Fluid-elastic body coupling-high rigidity
- Fluid-elastic body coupling-low rigidity
- Hybrid
- Expressing leakage
Other
Non-Newtonian fluid
Thermal fluid
- Thermal flow in agitation chamber
- Heat generated by gear agitation
- Thermal convection
- Cooling of structure
- Thermal conduction and fluid-solid coupling
- Temperature and viscosity-cooling
- Temperature and viscosity-heating
Fluid-elastic body coupling
- Linear elastic body
- Fluid-elastic body coupling-high rigidity
- Fluid-elastic body coupling-low rigidity
Fluid-solid coupling
- Sloshing in tanker
- Ship motion relative to screw rotation
- Torque converter
- Condensation on surface of aircraft
- Rotary behavior of Francis turbine
- Behavior of one-way flap
- Washing powder from nut
- Dust blowing
- Board washing benchmark
- Washing action in drum washer
- Bamboo see-saw fountain
- Water draining action
Moving boundary (sloshing/agitation)
- Thermal flow in agitation chamber
- Sloshing in tanker
- Heat generated by gear agitation
- Sloshing
- Behavior of one-way flap
- Pouring water from bottle
- Gear oil agitation (standalone gear)
- Final drive oil agitation
- Sloshing in tank
- Multi-gear rising
- Cruiser fin agitation
- Bullet train moving through snow
- Water spilt from cup
- Excavator digging action
- Centrifugal separator
Multiphase flow
- Blowing condensation from exhaust manifold
- Analyzing internal pipe flows for trapped air
- Air knife
- Behavior of rice grains
Air pressure
Surface tension
Discharge/inflow/immersion
- Carriage washing
- Champagne tower
- Washing powder from nut
- Dust blowing
- Board washing benchmark
- Bamboo see-saw fountain
- Water spilt from cup
- Blowing condensation from exhaust manifold
- Analyzing internal pipe flows for trapped air
- Air knife
- Hybrid
- Undercoat on casing
- Undercoat on door
- Car wash
- Membrane flow benchmark
- Dishwasher spray action
- Milk crown
Automobile
Moving boundary (sloshing/agitation)
Gear oil agitation (standalone gear) - reproducing oil agitation phenomenon -
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