ASRIC Journal of Engineering Sciences 2021 v1-i2
ISSN: 2795-3548
EISSN: 2795-3548
ASRIC Journal of Engineering Sciences 2021 v1-i2
In various engineering devices, a considerable amount of thermal energy has to be dissipated through a small area using extended surfaces referred to as fins. The insufficient rate of thermal energy dissipation in heat exchangers has created a high demand for more powerful engines in smaller hood spaces. For this reason, a two-phased study was carried out to examine the relationship between varying fin shapes and their heat transfer performance, considering three selected geometric shapes namely, rectangular, triangular, and trapezoidal.
Published: 2021-12-04
Articles
KNOWLEDGE GENERATION FOR STRATEGIC INVESTMENT IN STI WITH OPPORTUNITIES FOR MACHINE LEARNING AND CYBERSECURITY IN ZIMBABWE
Professor Gabriel Kabanda
Research creates both knowledge and technology which are put into practical use through the process of innovation. The success in achieving applied scientific technologies can be measured in the form of technological solutions, patents, inventions, published research papers, etc. The purpose of the research was to formulate an economic framework and develop technological solutions for Zimbabwe wit
Performance Study of Fins and Tube Heat Exchanger with Different Fin Geometry
R. Jegede, J. E. Ogbezodea, and C. J. Diji
In various engineering devices, a considerable amount of thermal energy has to be dissipated through a small area using extended surfaces referred to as fins. The insufficient rate of thermal energy dissipation in heat exchangers has created a high demand for more powerful engines in smaller hood spaces. For this reason, a two- phased study was carried out to examine the relationship between varyi
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