Micro/nanoscale surface on enhancing the microchannel flow boiling performance : A Lattice Boltzmann simulation

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

100
Surface Material Science
100
Boiling Liquid Material Science
25
Devices Material Science
25
Superhydrophobic Material Science
12
Temperature Material Science
12
Surface Treatment Material Science
12
Battery (Electroche... Material Science
12
Hydrophobic Surface Material Science
12
Wettability Material Science
12
Surface Modificatio... Material Science
12
Lattice-Boltzmann M... Material Science

Keyphrases

100
Micro-nano Keyphrases
100
Lattice Boltzmann M... Keyphrases
100
Nanoscale Surface Keyphrases
100
Microchannel Heat S... Keyphrases
100
Microchannel Flow B... Keyphrases
100
Micropillar Surface Keyphrases
66
Heat Dissipation Keyphrases
66
Enhancement Mechani... Keyphrases
66
Hydrophilic Surface Keyphrases
66
Heat Transfer Perfo... Keyphrases
66
Superhydrophobic Keyphrases
33
Modified Surface Keyphrases
33
Temperature Sensiti... Keyphrases
33
Engineering Fields Keyphrases
33
Simulation Study Keyphrases
33
Nusselt number Keyphrases
33
Numerical Stability Keyphrases
33
Design Basis Keyphrases
33
Geometric Factor Keyphrases
33
Pressure Drop Keyphrases
33
Refrigerator Keyphrases
33
Sensitive Device Keyphrases
33
Hydrophobic Surface Keyphrases
33
Heat Flux Keyphrases
33
Surface Wettability Keyphrases
33
Advanced Design Keyphrases
33
Bubble Dynamics Keyphrases
33
Micropillar Keyphrases
33
Heat Transfer Enhan... Keyphrases
33
Boundary Treatment Keyphrases
33
Lattice Boltzmann M... Keyphrases
33
Chip Cooling Keyphrases
33
Thermal Engineering Keyphrases
33
Merging Process Keyphrases
33
Bubble Departure Keyphrases
33
Heat Sink Design Keyphrases
33
Boiling Process Keyphrases
33
Battery Pack Keyphrases
33
Flow Boiling Keyphrases
33
Biphilic Keyphrases
33
Increased Demand Keyphrases
33
Surface Modificatio... Keyphrases
33
Heat Pressure Keyphrases
33
Nanoscale Surface M... Keyphrases
33
Low Superheat Keyphrases
33
Optimum Heat Transf... Keyphrases
33
Bubble Merging Keyphrases
33
Modification Design Keyphrases

INIS

100
surfaces INIS
100
performance INIS
100
simulation INIS
100
nanostructures INIS
100
boiling INIS
36
design INIS
27
bubbles INIS
27
heat transfer INIS
27
heat sinks INIS
18
modifications INIS
18
devices INIS
18
heat dissipation INIS
9
yields INIS
9
dynamics INIS
9
range INIS
9
comparative evaluat... INIS
9
increasing INIS
9
stability INIS
9
engineering INIS
9
geometry INIS
9
demand INIS
9
cooling INIS
9
blocking INIS
9
nusselt number INIS
9
pressure drop INIS
9
refrigerators INIS
9
heat flux INIS
9
wettability INIS

Engineering

100
Surface Engineering
100
Performance Engineering
100
Boltzmann Equation Engineering
100
Nanoscale Engineering
100
Microchannel Engineering
57
Design Engineering
42
Enhancement Engineering
28
Requirement Engineering
28
Mechanisms Engineering
28
Heat Transfer Engineering
28
Bubble Engineering
28
Heat Losses Engineering
28
Hydrophilic Surface Engineering
14
Fields Engineering
14
Temperature Engineering
14
Increasing Demand Engineering
14
Modified Surface Engineering
14
Nusselt Number Engineering
14
Dynamic Behavior Engineering
14
Pressure Drop Engineering
14
Hydrophilicity Engineering
14
Hydrophobic Engineering
14
Heat Flux Engineering
14
Numerical Stability Engineering
14
Surface Wettability Engineering
14
Bubble Dynamics Engineering
14
Heat Transfer Enhan... Engineering
14
Lattice-Boltzmann M... Engineering
14
Geometric Factor Engineering
14
Thermal Engineering Engineering
14
Battery Pack Engineering
Research OutputsResearch Output authored by Micro/nanoscale surface on enhancing the microchannel flow boiling performance is tagged with the concept