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R K Shah
HIndex: 16
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Two-phase flow
Pressure drop
Thermal efficiency
Boundary layer
Laminar flow
Fluid mechanics
Duct
Reynolds number
Mechanism design
Forced convection
Convective heat transfer
Turbulence
Temperature
Designtheory
Heat transfer
Thermal conduction
Thermodynamics
Mechanical Engineering
Design
Heat exchanger
Plate heat exchanger
Energy transfer
Flow visualization
Fluid dynamics
Air conditioning
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Two-phase flow
Pressure drop
Thermal efficiency
Boundary layer
Laminar flow
Fluid mechanics
Duct
Reynolds number
Mechanism design
Forced convection
Convective heat transfer
Turbulence
Temperature
Designtheory
Heat transfer
Thermal conduction
Thermodynamics
Mechanical Engineering
Design
Heat exchanger
Plate heat exchanger
Energy transfer
Flow visualization
Fluid dynamics
Air conditioning
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Match this author profile with one of the following researchers:
Author Name
Affiliation
Papers
R K Shah
General Motors
136
R K Shah
G D Searle Company
21
R K Shah
Teesside University
16
R K Shah
Manipal College Of Medical Sciences
3
R K Shah
University Of Queensland
3
R K Shah
National Cancer Institute
2
R K Shah
University Of Liverpool
1
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