Hyperloop: Advance Mode of Transportation System and Optimize Solution on Traffic Congestion

Abstract

Globalization is a main factor behind increasing use of transportation. Every country is facing problem of transportation. Tom-Tom is leading Dutch company, manufacturer of traffic and mapping products. After surveyed as many 390 cities, in 48 countries and six continents the results were found that some countries like Mexico, Thailand, Indonesia, China and Romania facing a huge transportation problem. Some cities of India like Mumbai, Pune, Kolkata, Bangalore and Delhi dealing with the same. Cities are spine of the economy. The conventional unique modes of transportation are road, rail, water and air used by people. These modes of transport has very common sets of problem i.e. safety, security of structure, space, time required for travelling, money, environmental crisis etc. This Existing modes of transportation technology are either relatively slow, expensive or a combination of the both. Hyperloop is a future new mode of transportation that travels quickly, safely, ondemand and direct from passenger origin to destination. An innovation such as Hyperloop is a new future mode of transportation which will change this pattern by being both fast and less expensive for people and goods. Hyperloop is a faster alternative to existing transportation road, rail and air travel mode, will help to connect major cities to integrate labour and commercial market places. Hyperloop consist of low-energy potential which will not only help to alleviate existing and growing travel demand but also reduce congestion and carbon emission of existing transportation modes. The Hyperloop is a proposed mode of passenger and freight transport that would propel a pods or capsule-like vehicle through a near-vacuum tube which will be more than airline speed. The pods or capsule levitate with the help of air bearing, same as how pucks travel across an air hockey table. A liner electric motor accelerates the pods at massive speeds projected up to 1200 km/hr, with so little friction in the tunnel. Tunnels/ tubes used in Hyperloop would be constructed either below or above the ground level, which will help to occupy the less area than traditional road and rail. Throughout the length of the low pressure tube capsules would transport at both high and low speeds. Cushion of air would support the Capsule, featuring pressurized air and aerodynamic lift. Passengers may enter and exit Hyperloop stations, which are located either at the ends of the tube, or branches along the tube length. Hyperloop system has an extremely fast, inexpensive, eco-friendly design, which would powering the pressure pumps with clean convention energy source such as solar and the future face of transportation. It has some potential issues like economics, safety and passenger comfort of Hyperloop which need to overcome. We have focus in this paper on travel time, capacity, land implications, energy demand, cost, safety, passenger comfort, design, ergonomics and some key gaps in knowledge which require further research. The purpose of this paper is not only review k verify th...

CFD Simulation on Aerodynamic Performance of Hyperloop Vehicle

“…The production and evolution process of aerodynamic heating in the tube was lastly examined by Niu et al, [22]. The danger of choking, which is defined by the minimal section between the capsule and the inner tube wall, was estimated by Kale et al, [23] in 2015 when they presented an overall system of the Hyperloop idea. Pathan et al, [24] have developed a similar mesh for a 2D axisymmetric geometry.…”

A Critical Review of the Proposed Hyperloop (Ultra-High-Speed Rail) Project between Mumbai and Pune and Its Broader Implications for Sustainable Mobility in Indian Cities

“…Additionally, the city of Pune is also known for its natural beauty. The city centre of Pune lies around 150 km southeast of the centre of Mumbai [20]. Pune attracts people every weekend for leisure purposes.…”

“…The company claims this to be due to the COVID-19 pandemic, as well as regulatory and political issues [37]. To date, the MPE is the preferred existing route for intercity travel between the two cities [20]. One of the reasons for this route's preference over other routes for intercity travel is its landscape.…”

Power Supply Solution for Ultrahigh Speed Hyperloop Trains

“…As a result of these requirements, the concept of Hyperloop was launched in 2013 [2] as a new magnetically levitated ultrafast train, travelling along a tube under low pressure. Currently, there are several technological developments following the concept [3]. Some of them are in America [4], some others in Europe [5], and some in Asia [6].…”

“…Smart Cities 2020, 3 FOR PEER REVIEW 2 pressure. Currently, there are several technological developments following the concept [3]. Some of them are in America [4], some others in Europe [5], and some in Asia [6].…”