Thermal Analysis of Disc Brake Using ANSYS: A Review
By: Thakur, Avinash Singh
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Contributor(s): Dhakad, P. S.
Publisher: New Delhi Journals Pub 2018Edition: Vol.4(1), Jan-Jun.Description: 18-24p.Subject(s): Mechanical EngineeringOnline resources: Click here
In:
International journal of thermal energy and applicationsSummary: A brake is a mechanism through which artificial frictional resistance is employed to moving machine element, so that you can prevent the movement of a vehicle. In the procedure of appearing this characteristic, the brakes absorb either kinetic power of the moving element or the capability power given up by objects, being reduced by using hoists, elevators, etc. The energy absorbed by using brakes is dissipated inside in the form of warmth. This heat is dissipated into the encircling ecosystem to prevent the vehicle. The goal of this examination is to research, under intense running situations, the thermochemical behavior of various brake rotors so that it will evaluate their performance and balance and will discover any compromising weakness on them. In this paper, the investigation is finished by considering specific material used for brake disc manufacturing and the thermal behavior of the identical in loading circumstance evaluation of different shapes with specific material or disc propeller.
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Articles Abstract Database
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School of Engineering & Technology Archieval Section | Not for loan | 2020459 |
A brake is a mechanism through which artificial frictional resistance is employed to moving machine element, so that you can prevent the movement of a vehicle. In the procedure of appearing this characteristic, the brakes absorb either kinetic power of the moving element or the capability power given up by objects, being reduced by using hoists, elevators, etc. The energy absorbed by using brakes is dissipated inside in the form of warmth. This heat is dissipated into the encircling ecosystem to prevent the vehicle. The goal of this examination is to research, under intense running situations, the thermochemical behavior of various brake rotors so that it will evaluate their performance and balance and will discover any compromising weakness on them. In this paper, the investigation is finished by considering specific material used for brake disc manufacturing and the thermal behavior of the identical in loading circumstance evaluation of different shapes with specific material or disc propeller.
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