Kriging-based approximate optimization of high-speed train nose shape for reducing micropressure wave

Last updated on 19 September 2014 12:13
Trains travelling at high-speed into a tunnel generate micropressure waves causing an explosive noise at the tunnel exit. This paper deals with the design of high-speed railways nose shape design to minimize the maximum micropressure wave which is known to be mainly affected by train speed, train-to-tunnel area ratio, slenderness...
Author(s): Lee J;Kim J
2007
South Korea
Log in or register to continue
Register for free individual access
  • Unlock research, articles and more
  • Get updates on RSSB’s activities