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Strength Analysis of a Reduced Weight Automotive Brake Pedal by Using Finite Element Method
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S. KALE Et Al. , "Strength Analysis of a Reduced Weight Automotive Brake Pedal by Using Finite Element Method," Automotive & Vehicle Technologies Conference , 2014

KALE, S. Et Al. 2014. Strength Analysis of a Reduced Weight Automotive Brake Pedal by Using Finite Element Method. Automotive & Vehicle Technologies Conference .

KALE, S., Ergenc, A. T., Ergenc, A. F., Sahin, I., Pestelli, V., & Dagdelen, K., (2014). Strength Analysis of a Reduced Weight Automotive Brake Pedal by Using Finite Element Method . Automotive & Vehicle Technologies Conference

KALE, Sefa Et Al. "Strength Analysis of a Reduced Weight Automotive Brake Pedal by Using Finite Element Method," Automotive & Vehicle Technologies Conference, 2014

KALE, Sefa Et Al. "Strength Analysis of a Reduced Weight Automotive Brake Pedal by Using Finite Element Method." Automotive & Vehicle Technologies Conference , 2014

KALE, S. Et Al. (2014) . "Strength Analysis of a Reduced Weight Automotive Brake Pedal by Using Finite Element Method." Automotive & Vehicle Technologies Conference .

@conferencepaper{conferencepaper, author={Sefa KALE Et Al. }, title={Strength Analysis of a Reduced Weight Automotive Brake Pedal by Using Finite Element Method}, congress name={Automotive & Vehicle Technologies Conference}, city={}, country={}, year={2014}}