Ghulam Rasool
Beijing University of Technology, COMSATS University Islamabad
Papers
2
Total Citations
34
H-Index
2
About
Ghulam Rasool’s research bridges two distinct fields: advanced thermal-fluid systems and computational geometry. In energy and thermal engineering, he has made notable contributions to the application of ferrofluids—magnetic nanofluids that can be controlled by external fields to enhance heat transfer and energy harvesting. His highly cited 2023 review paper (31 citations) systematically examines recent developments in ferrofluid-based thermal performance, positioning him as a key voice in this rapidly growing area of renewable energy and cooling technologies. In geometric design, Rasool has tackled the mathematical challenge of constructing fair, curvature-continuous curves. His 2015 work on G² Hermite PH quintic polynomials derives admissible curvature regions for monotonically varying curvature, offering a precise method for generating smooth, aesthetically pleasing curves used in computer-aided design and manufacturing. Though this paper has garnered only 3 citations, its technical depth reflects Rasool’s versatility—moving from abstract geometric constraints to applied thermal systems. His dual expertise demonstrates a rare ability to work across pure and applied mathematics, making his profile especially valuable for students interested in interdisciplinary research at the intersection of geometry, fluid dynamics, and sustainable energy.
Research Focus
Key Achievements
Top Papers
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- 2