The idea that vehicle technology does not meet needs, also resources and the environment are negatively affected by this technology is a reality today. Public transportation vehicles require a more complex organization. The transportation sector includes many variables such as vehicle technology, urban planning and resource use. Increasing human population, and transformation of settlements provide opportunities for innovative ideas in transportation technology. Instead of the systems that are well known and depend on a limited technological requirement, new systems need to be discussed by using the advantages provided by energy and the laws of physics. In this study, a new model is introduced in product development for the transportation sector, unlike traditional transportation vehicles. The study includes the study of evaluating a physical phenomena from different perspectives. The system was designed and based on empirical results. This study shows that presented system efficiently uses less energy for high speed.

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An Innovative Transportation Vehicle Design: Hyper Speed Transportation System

  • Aslan Ali Pirli,
  • Sezgin Ersoy

摘要

The idea that vehicle technology does not meet needs, also resources and the environment are negatively affected by this technology is a reality today. Public transportation vehicles require a more complex organization. The transportation sector includes many variables such as vehicle technology, urban planning and resource use. Increasing human population, and transformation of settlements provide opportunities for innovative ideas in transportation technology. Instead of the systems that are well known and depend on a limited technological requirement, new systems need to be discussed by using the advantages provided by energy and the laws of physics. In this study, a new model is introduced in product development for the transportation sector, unlike traditional transportation vehicles. The study includes the study of evaluating a physical phenomena from different perspectives. The system was designed and based on empirical results. This study shows that presented system efficiently uses less energy for high speed.