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| Design and Analysis of Flywheel of a Heat Engine |
Suvikram Pradhan, Bibhuti Biswal, G. Avinash Sharma, Anshuman Nayak, Hritik Ranjan Behera
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Abstract:
Due to the technological civilization the technologies are emerging day by day and there is a huge development in the automobile industries or we can say the automobile industry. The major consisting systems of the automobiles such as sedan or SUV or XUV or even different vehicles are either being improved or being replaced by some newer technologies. A flywheel is an energy storing device which is being used in the power train of the automobile systems rather it is independent of the type of fueling i.e. can be applied in both petrol as well as diesel engines. In this research paper a flywheel is designed using CATIA and the analysis i.e. numerical computation is carried out to know the various stress; strain; total deformation and the von misses stress using ANSYS software. ANSYS used FEM for solving the numerical problem by applying constraints and the result will be recorded according to the loading conditions. Thus this research article is presented for the analysis of the flywheel which is one of the most important components of the power train of the automobile transmission system.
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