Design And Development Of Ventilated Single Disc Brake Rotor For UTeM Formula Style Race Car.
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To optimize the design of Double Wishbone suspension for UTeM FV Malaysia race car to reduce rolling effect.
The analysis result showed that the designed light weight engine mounting using aluminum alloy 6061 T6 is able to perform safely as per design requirement. The factor of safety
Due to its advantages of easy to be manufactured and easy to be repaired, space frame chassis is the most favorite choice for race car development of newly introduced varsity
The objective of this project is to design and fabricate an upright with brake caliper mounting for Formula Varsity race Car.. The aim of the project is to reduce the upright
To better understand the design limit of the rotor, simulation and manual calculation methods were employed in order to find temperature distribution on rotor
The natural frequency of the steering wheel UTeM Formula Varsity Race Car 2010 is 160 Hz and the highest vibration level of steering wheel analysis gives over than 2m/s² which are
The objectives of this project are to design and perform the structural analysis of single seater formula racing car for Formula Varsity UTeM car that satisfies the design
Universiti Teknikal Malaysia Melaka (UTeM) currently has a Formula Varsity race car that is built to compete in the Formula Varsity Race. Its suspension system utilizes the
