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HOME / Software / MPS-RYUJIN : Sample analysis scenarios / Car wash- case study analysis of number of nozzles -

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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

• Water spilt from cup
• Excavator digging action
• Bamboo see-saw fountain
• Water draining action
• Centrifugal separator
• Milk crown
• Pouring water from bottle

Non-Newtonian fluid

• Visco-plastic flow

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

• Pouring water from bottle
• Hybrid

Surface tension

• Expressing leakage

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

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