Read that introduction for the paper. HYPERLOOP Research Paper Hyperloop is a co
ID: 371850 • Letter: R
Question
Read that introduction for the paper. HYPERLOOP Research Paper
Hyperloop is a concept for a new mode of transportation which proposes to drastically reduce travel time, costs, and environmental impacts over high speed rail (HSR), airplane, and ship. The Hyperloop design is comprised of pod vehicles that travel through vacuum sealed tubes suspended above ground and supported by pylons, using magnetic levitation (maglev), electric propulsion, and/or compressed air to achieve average speeds of over 600 mph and top speeds of over 700 mph. Beyond providing improved speeds over other methods of transportation, Hyperloop has been advertised to do so at a fraction of the cost; projecting the price for a trip from Los Angeles to San Francisco at $20 (USD). Correspondingly, a notable developer of the Hyperloop concept, Hyperloop Transportation Technologies (HTT) anticipates launching a Hyperloop for public use as early as 2020.
While the concept of Hyperloop is exciting, the level of progress made to-date has not substantiated the claims that the speeds, prices, and even technical design are feasible. Feasibility reports have expressed concerns in the fundamental design of an above ground loop system and question whether advertised speeds could be reached safely and sustainably. Initial development and operating costs laid out by Elon Musk in his Hyperloop Alpha design have been scrutinized by economists and engineers and called into question. In fact, Musk himself has been accused of abandoning the concept for a more viable underground system. Regulatory challenges have not been addressed and, based on the lack of evidence presented by Hyperloop advocates and participants, the aggressive claims should be viewed as nothing more than conjecture.
This paper will review the literary works associated with Hyperloop, examine technical details of the concept and design and highlight areas where more information is needed to gain confidence in the Hyperloop concept. This research paper will also review near-term and long-term applications, explore implications for society and underscore areas for future research. Finally, a suggested a course of action will be recommended for Hyperloop developers to validate the assertions made about Hyperloop’s capabilities.
Based on that introduction. Answer these two questions and make sure to use sources provided below when writing.
1. Technical details
2. Near term and long term applications, impacts and risks
Sources:
https://www.digitaltrends.com/cool-tech/hyperloop-news/
http://www.businessinsider.com/heres-what-happens-if-the-hyperloop-crashes-2013-8
Explanation / Answer
this all is answered with the help of question and source.
Hyperloop is a concept for a new mode of transportation which proposes to drastically reduce travel time, costs, and environmental impacts over high speed rail (HSR), airplane, and ship. The Hyperloop design is comprised of pod vehicles that travel through vacuum sealed tubes suspended above ground and supported by pylons, using magnetic levitation (maglev), electric propulsion, and/or compressed air to achieve average speeds of over 600 mph and top speeds of over 700 mph. Beyond providing improved speeds over other methods of transportation, Hyperloop has been advertised to do so at a fraction of the cost; projecting the price for a trip from Los Angeles to San Francisco at $20 (USD). Correspondingly, a notable developer of the Hyperloop concept, Hyperloop Transportation Technologies (HTT) anticipates launching a Hyperloop for public use as early as 2020.
We live in an age of unbelievable technological progress — one would think such changes would have brought about a new age of utopian technology. Yet in many areas of life, things don’t seem to have changed all that much, and transportation is a woeful example of this. The roads are still lined with cars, the skies speckled with airliners. Science fiction foresaw flying cars and teleporters; the 21st century settled for Segways.
Dreams never die, however, and the fantasy of futuristic transportation is very much alive right now as exemplified by a concept called the Hyperloop. While it’s not as mind-shattering as a teleporter or as fun as a personal jetpack, the Hyperloop could revolutionize mass transit, shortening travel times on land and reducing environmental damage in the process.
as mentioned in the question to take help of this sources,hyperloop is low cast transfer of information through vaccum tubes.due tol this transportation cost will be saved and served as an easy way of sending info.
2.
as hyperloop gave major changes to the society specially where there is export import business it will be more beneficial in case of confidentiality.
SpaceXA cutaway of the Hyperloop, showing the passengers wearing seatbelts..
Elon Musk's plan for a pressurized "Hyperloop" transport system between San Francisco and Los Angeles contains a contingency in case there's a crash.
Musk doesn't use the word "crash" specifically, but there's a whole section devoted to safety, depressurization, and structural integrity.
And the diagrams note that the passengers are wearing seatbelts. There is only one reason to wear a seatbelt, of course — crashes.
Musk starts by saying that the system will likely be safer than other forms of transport:
The system is immune to wind, ice, fog, and rain. The propulsion system is integrated into the tube and can only accelerate the capsule to speeds that are safe in each section. With human control error and unpredictable weather removed from the system, very few safety concerns remain.
In many cases Hyperloop is intrinsically safer than airplanes, trains, or automobiles.
But in the event of a serious incident, passengers may lose oxygen — they're inside a sealed tube, after all. So Oxygen masks would be deployed:
In the case of a more significant depressurization, oxygen masks would be deployed as in airplanes. Once the capsule reached the destination safely it would be removed from service. Safety of the onboard air supply in Hyperloop would be very similar to aircraft, and can take advantage of decades of development in similar systems.
The passenger capsules — which coast through the tubes, pushed in front of a column of pressurized air — are coasting for much of their journey, so they have emergency brakes and engine-driven wheels in case they are stranded or need to avoid hitting a stranded Hyperloop car:
In the unlikely event of a large scale capsule depressurization, other capsules in the tube would automatically begin emergency braking whilst the Hyperloop tube would undergo rapid re-pressurization along its entire length.
Once all capsules behind the stranded capsule had been safely brought to rest, capsules would drive themselves to safety using small onboard electric motors to power deployed wheels. All capsules would be equipped with a reserve air supply great enough to ensure the safety of all passengers for a worst case scenario event.
as we are not aware that much about hyperloop till now thats why info frm source is sufficient
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