About
Dr. Ratchagaraja Dhairiyasamy is a renowned Mechanical Engineering academic and researcher with over 8 years of teaching and 7 years of research experience. He earned his Ph.D. from Anna University in 2022. Dr. Dhairiyasamy has served in various colleges as an Associate Professor and Lecturer at notable institutions in India and abroad, like Aksum University in Ethiopia. Throughout his career, he's actively engaged in professional development, contributing significantly to heat transfer, nanofluids, combustion, emissions, and alternative fuels. He has published around 300 peer-reviewed articles and authored a book on "Fluid Mechanics and Hydraulic Machines." His dedication to Mechanical Engineering is further underscored by his participation in workshops, conferences, and invited lectures worldwide.
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Publications (55)
- Sustainable Multifunctional Clay–Polymer Hybrid Bricks Reinforced with Biochar and Metal Oxide Nanoparticles for Structural Strength, Thermal Regulation, and Indoor Air Purification Save
- Wettability-guided performance mapping of Ag, CuO, and MWCNT nanofluids in renewable copper heat pipe modules Save
- Tracking photoinhibition and failure dynamics in algae under combined exposure to UVB and water-accommodated oil fractions Save
- Thermal–Hydraulic Optimization of Slotted Pin Fins Under Laminar Flow Using Response Surface Methodology Save
- Optimization of Fill Ratio and Angle Improved Energy Efficiency in Two-Phase Copper Heat Pipes Save
- Experimental analysis of a parabolic trough solar system with AISI 430 mirrored stainless-steel reflectors for desalinated water production Save
- Enhancing agricultural engine efficiency with Pongamia biodiesel: A case study in thermal performance and emissions Save
- Bio-based lubrication strategies for polyamide tribosystems: quantified COF and wear reductions using MoS2-filled PA66 Save
- Performance and emission characteristics of Mahua oil biodiesel in low heat rejection diesel engines with retarded injection timing Save
- The role of metal oxide nanoparticles in advancing sustainable energy systems with biodiesel blend Save