Dr Prasad Kangude
Post-Doctoral Fellow
| Mechanical Engineering - MED
Trinity College Dublin
Maharashtra
Expertise:
Mechanical Engineering
11
Publications
0
Projects
267
Scopus Citations
267
CrossRef
4 Years 4 Months Total Experience
Scopus
267
Citations
9
h-index
CrossRef
267
Citations
9
h-index
Google Scholar
Loading Scholar statistics...
Professional Recognition
NAIK AND RASTOGI AWARD IN EXCELLENCE IN Ph.D. RESEARCH
2023
IIT Bombay
Reviewer
2024
Applied Thermal Engineering, Physics of Fluids, Case Studies in Thermal Engineering
Two featured articles
2021
Physics of Fluids
Community & Membership
No Data Found
There is currently nothing to display here.
No Data Found
There is currently nothing to display here.
Personal Details
Doctor of Philosophy
2022
Indian Institute of Technology, Hyderabad
Master of Technology
2016
Indian Institute of Technology, Madras
Bachelor of Engineering
2011
N/A
Post-Doctoral Fellow
Nov 2022 – Present
Trinity College Dublin
| Mechanical Engineering - MED
Post-Doctoral Fellow
May 2022 – Oct 2022
Indian Institute of Technology, Bombay
| Department of Mechanical Engineering
Engineering and Technology
Scholarly Work
No Data Found
There is currently nothing to display here.
No Data Found
There is currently nothing to display here.
No Data Found
There is currently nothing to display here.
Scholarly Publications
Novel integrated tab-and-surface cooling strategy for prismatic lithium-ion cells for high C-rate operations
Numerical investigation of tip clearance designs for oblique-cut fin microchannels
Open AccessCoupled bubble dynamics and interaction mechanisms of adjacently nucleated vapor bubbles under subcooled pool boiling regime
Experiments to understand bubble base evaporation mechanisms and heat transfer on nano-coated surfaces of varying wettability under nucleate pool boiling regime
On the Coupled Thermal and Hydrodynamic Interaction of Adjacently Located Vapor Bubbles on Highly Wetting Surfaces
On the mechanisms leading to ordered nanoparticles deposition during single bubble nucleate pool boiling regime
Understanding the growth mechanism of single vapor bubble on a hydrophobic surface: Experiments under nucleate pool boiling regime
Performance evaluation of alumina nanofluids and nanoparticles-deposited surface on nucleate pool boiling phenomena
Showing 1 to 8 of 11 publications