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B. Munshi
B. Munshi
National Institute of Technology, Rourkela
Thermodynamics
Heat flux
Heat transfer
Critical heat flux
Nucleate boiling
4
Papers
85
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The discrepancy in the prediction of surface temperatures by inverse heat conduction models for different quenching processes from very high initial surface temperature
2019
Inverse Problems in Science and Engineering
A.R. Pati
N. H. Bhatt
Lily Das
S. Teja
S. Nayak
Aditya Kumar
A. K. Sahoo
B. Munshi
Aurobindo Behera
Harekrushna Sutar
S. S. Mohapatra
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Citations (12)
Enhancement of heat removal rate of high mass flux spray cooling by sea water
2017
Experimental Thermal and Fluid Science
A.R. Pati
Lily
Aurobindo Behera
B. Munshi
S. S. Mohapatra
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Citations (24)
High mass flux spray cooling with additives of low specific heat and surface tension: A novel process to enhance the heat removal rate
2017
Applied Thermal Engineering
N. H. Bhatt
A.R. Pati
Aditya Kumar
Aurobindo Behera
B. Munshi
S. S. Mohapatra
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Citations (22)
Enhancement of heat transfer rate of high mass flux spray cooling by ethanol-water and ethanol-tween20-water solution at very high initial surface temperature
2017
International Journal of Heat and Mass Transfer
N. H. Bhatt
Lily
R. Raj
P. Varshney
A.R. Pati
D. Chouhan
Aditya Kumar
B. Munshi
S. S. Mohapatra
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Citations (27)
1