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Fingerprint Dive into the research topics where Hiroshi Kanno is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Pistons
Liquid films
Film thickness
Steam engines
Oscillating flow
Liquids
Locomotives
Exergy
Waste heat utilization
Exhaust gases
Heat transfer
Fluids
Boiling liquids
Diesel locomotives
Thermodynamics
Water
Two phase flow
Gases
Temperature
Nusselt number
Condensation
Hybrid systems
Diesel engines
Specific heat
High speed cameras
Flow patterns
Pressure drop
Heating
Rankine cycle
Visualization
Waste heat
Evaporation
Mass transfer
Energy balance
Flow rate
Bubbles (in fluids)
Vaporization
Time and motion study
Ethanol
Glass
Temperature distribution
Lasers
Shear stress
Experiments
Cooling
Reynolds number
Pressure sensors
Polycarbonates
Macros
Hot Temperature

Chemical Compounds

Pistons
Liquid films
Film thickness
Steam engines
Oscillating flow
Liquids
Heat transfer
Gases
Boiling liquids
Two phase flow
Fluids
Nusselt number
Condensation
Specific heat
High speed cameras
Flow patterns
Water
Pressure drop
polycarbonate
Heating
Visualization
Waste heat
Evaporation
Temperature
Mass transfer
Energy balance
Flow rate
Bubbles (in fluids)
Vaporization
Time and motion study
Ethanol
Glass
Temperature distribution
Lasers
Shear stress
Experiments
Cooling
Reynolds number
Pressure sensors
Macros

Physics & Astronomy

Engineering

pistons
boiling
high speed cameras
shear stress

General

expansion
annular flow
film thickness
tubes
working fluids
liquid phases
agitation
two phase flow
pressure drop
predictions
liquid injection
bubbles
liquid flow
pressure sensors
fluids
gas flow

Chemistry and Materials

liquids
gases
ethyl alcohol
water
polycarbonates

Physics

heat transfer
specific heat
static pressure
flow distribution
temperature distribution
inlet temperature

Mathematical and Computer Sciences

Nusselt number
Bond number
Reynolds number
Prandtl number