DP
Dr. Deepak Kumar Pandey
Designing Alley, University of Limerick, Pusan National University, Grintex India Limited
0000-0002-1092-7454
About
Ph.D. credentialed Mechanical Design and CFD Engineer with experience spanning industrial R&D, advanced academic research, and global consultancy. Recognized Chartered Engineer (India) possessing deep expertise in high-fidelity multiphase CFD, hydrodynamic cavitation, and FEA simulations utilizing ANSYS Fluent, and OpenFOAM. Proven track record of leading end-to-end New Product Development (NPD), translating complex fluid-thermal phenomena into verified, robust engineering solutions for marine, HVAC, and specialized fluidic systems.
Employment
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Designing Alley Mechanical Design Engineer2025 - 2026
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University of Limerick Doctor of Philosophy2022 - 2025
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Grintex India Limited Design Engineer2021 - 2021
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Indian Institute of Technology Delhi Research Assistant2016 - 2018
Education
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University of Limerick Doctor of Philosophy2022 - 2025
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Pusan National University Master of Science2018 - 2021
Projects & Funding
Projects & funding information is unavailable.
Publications (13)
- Scorpion-inspired flank surface texturing for biomimetic reduction of frictional heating and wear in dry turning Save
- Premature bearing failure in lightly built rotating machinery induced by housing compliance: Experimental evidence and contact-mechanics analysis from a ceiling fan system Save
- A Simplified Droplet Breakage Model to Simulate Continuous Emulsification by Hydrodynamic Cavitation Save
- Dynamics of droplet breakup symmetrically placed between two collapsing cavities via numerical simulations Save
- Breakage of a single oil drop in water via acoustic and hydrodynamic cavitation Save
- Understanding cavity dynamics near deformable oil drop via numerical simulations Save
- A simplified drop breakage model for emulsion-producing fluidic devices: Application to fluidic oscillator, helical coil and vortex-based cavitation device Save
- A simplified drop breakage model for fluidic devices with and without hydrodynamic cavitation Save
- Numerical simulations of a freely falling rigid sphere in bounded and unbounded water domains Save
- Investigation of flow characteristics around a freely falling rigid sphere in a bounded fluid domain employing the shear stress transport k - ω improved delayed detached eddy simulation model Save