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Visualization of Cu-Al₂O₃ Hybrid Nanofluid Particles in Molecular Dynamics Simulation
Visualization of Al₂O₃ Mono Nanofluid Particles in Molecular Dynamics Simulation
Test setup of pulsating heat pipe with mono and hybrid nanofluids
Preparation of Nanofluids in Laboratory
Experimental thermal conductivity comparison of different thermal fluids
Comparison of thermal conductivity among different thermal fluids: Experimental vs. Molecular Dynamics (MD) Simulation results.
Psychrometric facility from Dr. Yin's Laboratory for testing heat exchangers and heating/cooling systems :
Chamber size: 15’ ×15’ ×15’
Temperature: 30°F to 100°F (-1.1°C to 37.8°C)
Relative humidity: 20% to 90%
Up to 7.5 ton refrigeration capacity
My doctoral research focuses on advanced molecular dynamics (MD) simulation methods aimed at understanding the stability and thermophysical properties of mono and hybrid nanofluids. By exploring thermal conductivity, viscosity, and zeta potential, this research supports the development of efficient and sustainable thermal management solutions for renewable energy and HVAC applications.
Key Research Areas:
Key Research Areas:
Nanofluids & Thermal Fluids
Investigating mono and hybrid nanofluid behavior to optimize heat transfer properties.
Molecular Dynamics Simulations
Using LAMMPS and advanced simulation techniques to predict nanofluid stability and performance.
Renewable Energy Systems
Enhancing photovoltaic module efficiency through optimized cooling techniques.
HVAC&R Systems
Integrating nanofluids for improved energy efficiency and performance in HVAC applications.
Hydronic Fan Coil Units (FCUs)
Evaluating hydronic fan coil units (FCUs) with modulation control under ASHRAE RP-1741, assessing the impact of airflow and water flow modulation on cooling efficiency
Process Optimization & Lean Manufacturing
Applying Lean Six Sigma methodologies in manufacturing processes for cost reduction and efficiency improvement.
Ongoing Projects:
Ongoing Projects:
Stability and Thermal Performance of Hybrid Nanofluids
Experimental and detailed MD simulations to predict thermophysical properties and improve commercial nanofluid formulations.
Sustainable Cooling Solutions for HVAC Systems
Experimental and computational approaches to integrate nanofluids into HVAC systems for enhanced efficiency.
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