2014Unpublished venueRequires access

High-Speed Railway Bridges

Jeder Hseih, Fu-Hsiang Wu

Open publisher page 2 citations

Abstract

Since Japan launched its rst bullet train from Tokyo to Osaka (Tokaido Sinkansen) in October 1964, although its maximum operation speed was only 210 km/h (130.3 mph) at the time, it has moved the railway transportation into a high-speed era. Many countries started to develop high-speed rail technology and high-speed rail networks. Although many countries have built high-speed rail, there are three major high-speed rail train systems available in the world-the Japanese SKS, French TGV, and German ICE systems. China has recently developed its own high-speed rail train running on its newly developed high-speed rail network.

About this research paper

What this paper is about

Since Japan launched its rst bullet train from Tokyo to Osaka (Tokaido Sinkansen) in October 1964, although its maximum operation speed was only 210 km/h (130.3 mph) at the time, it has moved the railway transportation into a high-speed era. Many countries started to develop high-speed rail technology and high-speed rail networks. Although many countries have built high-speed rail, there are three major high-speed rail train systems available in the world-the Japanese SKS, French TGV, and German ICE systems. China has recently developed its own high-speed rail train running on its newly developed high-speed rail network.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Since Japan launched its rst bullet train from Tokyo to Osaka (Tokaido Sinkansen) in October 1964, although its maximum operation speed was only 210 km/h (130.3 mph) at the time, it has moved the railway transportation into a high-speed era. Many countries started to develop high-speed rail technology and high-speed rail networks. Although many countries have built high-speed rail, there are three major high-speed rail train systems available in the world-the Japanese SKS, French TGV, and German ICE systems. China has recently developed its own high-speed rail train running on its newly developed high-speed rail network.

Key concepts: Transport engineering, Computer science, Engineering

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