DESIGN OF ANTICLIMBER COMPONENT FOR PASSIVE SAFETY SYSTEMS IN METRO KAPSUL
Metro kapsul, as public transportation, should protect passengers. One of strategies is to fulfill the requirements set by the government, specifically PM Transportation 175 of 2015 and SNI 8826:2019. PM Transportation 175 of 2015 explained that metro capsules require passive safety equipment and SN...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/78519 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Metro kapsul, as public transportation, should protect passengers. One of strategies is to fulfill the requirements set by the government, specifically PM Transportation 175 of 2015 and SNI 8826:2019. PM Transportation 175 of 2015 explained that metro capsules require passive safety equipment and SNI8826:2019 explained that anticlimber is one of the passive safety equipments to reduce the risk of overriding when a collision occurs.
Anticlimber design was carried out in this study. The design process begins with made design requirements referring to SNI 8826:2019 and continued with the preparation of anticlimber alternatives. One alternative is selected by trade off study. Then the collision simulation is carried out following SNI 8826:2019. Simulations were also carried out to review the function of the anti-climber to reduce the vertical displacement that occurs during a collision. The simulation results show that the anti-climber design can reduce the possibility of overriding. The vertical displacement of the capsule's metro wheels is reduced when an anti-climber is applied.
The design of the anticlimber with c-channel profile has been designed in accordance with SNI 8826: 2019. From the simulation results, vertical displacement of the wheels of the metro kapsul occurs when the collision meets these standards.
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