Authors :
Shadab Khan; Dr. B.K. Chourasia
Volume/Issue :
Volume 8 - 2023, Issue 6 - June
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/2uy6mf4k
DOI :
https://doi.org/10.5281/zenodo.8123179
Abstract :
The engine cylinder is one of the key parts of
a car that is susceptible to significant thermal strains and
extreme temperature changes. Fins are positioned on the
cylinder's surface in order to speed up heat transmission
and help cool the cylinder. It is essential to determine
how much heat is dissipated inside the engine cylinder by
doing thermal analysis on the cylinder fins. Fins are
given to the cylinder to speed up the rate of heat
transmission, which helps to cool the cylinder. To
determine how much heat is dissipated inside the engine
cylinder, a thermal study of the cylinder fins is useful.
The concept used in this project is to use air, an unseen
working fluid, to accelerate the rate of heat dissipation.
Designing such a massive, complicated engine is highly
challenging since we know that increasing surface area
would enhance the rate of heat dissipation. The goal of
this review article is "Thermal analysis of cylinder block
with fins using various thickness and materials," which
is based on prior research.
The engine cylinder is one of the key parts of
a car that is susceptible to significant thermal strains and
extreme temperature changes. Fins are positioned on the
cylinder's surface in order to speed up heat transmission
and help cool the cylinder. It is essential to determine
how much heat is dissipated inside the engine cylinder by
doing thermal analysis on the cylinder fins. Fins are
given to the cylinder to speed up the rate of heat
transmission, which helps to cool the cylinder. To
determine how much heat is dissipated inside the engine
cylinder, a thermal study of the cylinder fins is useful.
The concept used in this project is to use air, an unseen
working fluid, to accelerate the rate of heat dissipation.
Designing such a massive, complicated engine is highly
challenging since we know that increasing surface area
would enhance the rate of heat dissipation. The goal of
this review article is "Thermal analysis of cylinder block
with fins using various thickness and materials," which
is based on prior research.
