Design improvement of a race car chassis for Educational Innovation In Motorsport And Automotive Racing (EIMARace) event
This study discusses the process of designing a racing frame for the 250cc race for the Educational Innovation in Motorsport and Automotive Racing (EIMARace) competition from Muadzam Shah Polytechnic. This design concept is designed to meet the EIMARace competition specifications and is a concept th...
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| Main Author: | |
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| Format: | Thesis |
| Language: | English English |
| Published: |
2019
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| Subjects: | |
| Online Access: | http://eprints.utem.edu.my/id/eprint/26961/1/Design%20improvement%20of%20a%20race%20car%20chassis%20for%20Educational%20Innovation%20In%20Motorsport%20And%20Automotive%20Racing%20%28EIMARace%29%20event.pdf http://eprints.utem.edu.my/id/eprint/26961/2/Design%20improvement%20of%20a%20race%20car%20chassis%20for%20Educational%20Innovation%20In%20Motorsport%20And%20Automotive%20Racing%20%28EIMARace%29%20event.pdf |
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| Summary: | This study discusses the process of designing a racing frame for the 250cc race for the Educational Innovation in Motorsport and Automotive Racing (EIMARace) competition from Muadzam Shah Polytechnic. This design concept is designed to meet the EIMARace competition specifications and is a concept that has been improved from the previous design. Where the previous designs did not undergo engineering requirement process and were designed regardless of race comparison and suitability where the 250cc chassis was first designed by Muadzam Shah Polytechnic (PMS). This design and analysis of the chassis were using the CATIA VS and ANSYS Software to design and analysis. As a result of the first chassis product, ZP Super L, there are several aspects to be taken into account to improve design and engineering features such as frame weight, main frame material size, bending load, load and shear load that can be improved to obtain racing results better. From the results of the analysis for the first frame, ZP super I and ZP Super super 11, shows the weight loss, pressure. While the latest designs are designed to improve the weaknesses and the engineering design process can be applied and used so that refinement and suggestion improvements can be improved on the latest design model. Referring to the findings of the analysis, the new model certainly shows the weight enhancement, and engineering features over the ZP Super I & Il model. |
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