Enhancing Engine Performance and Environmental Sustainability Through Innovative Exhaust Design DOI Creative Commons

Sotya Anggoro,

Zuhri Nurisna,

Meilia Safitri

et al.

BIO Web of Conferences, Journal Year: 2024, Volume and Issue: 137, P. 02001 - 02001

Published: Jan. 1, 2024

This research investigates and demonstrates the potential benefits of material innovation exhaust design in enhancing vehicle performance being more environmentally friendly. The pursuit optimal efficiency has driven exploration alternative materials. Galvanized materials have emerged as a significant factor, highlighting for increased agility fuel efficiency. With this material, new results an extraordinary weight reduction 3.2 kg compared to original at 6.450 kg. Additionally, yielded improvements metrics. peak power output is 12.4 HP 7336 RPM, increasing 13.3 7695 showing increase 7%. maximum torque 12.99 N.m 6186 13.81 5501 6%. power-to-weight ratio calculation shows substantial shift efficiency, with having value 0.09 HP/Kg new, efficient 0.10 HP/Kg, 11%. Furthermore, noise produced by 8000 RPM 90.2 dB, while 88 dB. From these results, it can be concluded that enhances motorcycle

Language: Английский

Enhancing Engine Performance and Environmental Sustainability Through Innovative Exhaust Design DOI Creative Commons

Sotya Anggoro,

Zuhri Nurisna,

Meilia Safitri

et al.

BIO Web of Conferences, Journal Year: 2024, Volume and Issue: 137, P. 02001 - 02001

Published: Jan. 1, 2024

This research investigates and demonstrates the potential benefits of material innovation exhaust design in enhancing vehicle performance being more environmentally friendly. The pursuit optimal efficiency has driven exploration alternative materials. Galvanized materials have emerged as a significant factor, highlighting for increased agility fuel efficiency. With this material, new results an extraordinary weight reduction 3.2 kg compared to original at 6.450 kg. Additionally, yielded improvements metrics. peak power output is 12.4 HP 7336 RPM, increasing 13.3 7695 showing increase 7%. maximum torque 12.99 N.m 6186 13.81 5501 6%. power-to-weight ratio calculation shows substantial shift efficiency, with having value 0.09 HP/Kg new, efficient 0.10 HP/Kg, 11%. Furthermore, noise produced by 8000 RPM 90.2 dB, while 88 dB. From these results, it can be concluded that enhances motorcycle

Language: Английский

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