Authors :
Mr. MANAPALLI SRIKANTH; P. NANDA GOPAL RAJU
Volume/Issue :
Volume 8 - 2023, Issue 6 - June
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/4bze8mc2
DOI :
https://doi.org/10.5281/zenodo.8133683
Abstract :
Augmentati0n of heat transfer is a crucial
aspect in various engineering applicati0ns, and pin fins
have proven to be effective heat transfer enhancement
devices. This study focuses on investigating the
augmentation of heat transfer for different materials of
pin fins.An experimental investigation has considered
to evaluate the heat transfer performance of pin fins
made from different materials. The results demonstrate
that the ch0ice of material significantly influences the
heat transfer characteristics of pin fins. Materials with
high thermal conductivity and low surface roughness
exhibit enhanced heat transfer rates. For heat dissipation,
parameters like density, thermal conductivity and heat
transfer coefficients are taken into c0nsideration and
surface area is kept same. This study provides valuable
insights into the augmentation of heat transfer for
different materials of pin fins. The findings aid in
material selection and 0ptimization of pin fins for various
engineering applications, including heat exchangers,
electronics cooling, and gas turbines, where efficient heat
dissipation is crucial.
Keywords :
Heat Transfer Rate: Nusselt’s Number: Heat Transfer Coefficient.
Augmentati0n of heat transfer is a crucial
aspect in various engineering applicati0ns, and pin fins
have proven to be effective heat transfer enhancement
devices. This study focuses on investigating the
augmentation of heat transfer for different materials of
pin fins.An experimental investigation has considered
to evaluate the heat transfer performance of pin fins
made from different materials. The results demonstrate
that the ch0ice of material significantly influences the
heat transfer characteristics of pin fins. Materials with
high thermal conductivity and low surface roughness
exhibit enhanced heat transfer rates. For heat dissipation,
parameters like density, thermal conductivity and heat
transfer coefficients are taken into c0nsideration and
surface area is kept same. This study provides valuable
insights into the augmentation of heat transfer for
different materials of pin fins. The findings aid in
material selection and 0ptimization of pin fins for various
engineering applications, including heat exchangers,
electronics cooling, and gas turbines, where efficient heat
dissipation is crucial.
Keywords :
Heat Transfer Rate: Nusselt’s Number: Heat Transfer Coefficient.
