Proceedings of the KSR Conference (한국철도학회:학술대회논문집)
- 2009.05a
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- Pages.1103-1108
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- 2009
An Evaluation of Structural Test and Analysis for Composites Vehicle Structures of Automatic Guideway Transit
자동무인경전철 복합재 차체 구조물의 구조 시험 및 해석적 평가
- Published : 2009.05.21
Abstract
This paper describes the results of structural test and finite element analysis for rubber wheel-type Automatic Guideway Transit(AGT) made of aluminum honeycomb sandwich composites with WR580/NF4000 glass-fabric epoxy laminate face sheets. The static tests of vehicle structure were conducted according to JIS E7l05. These static tests have been done under vertical load, compressive load and 3-point support load. The structural integrity of AGT vehicle structure was evaluated by displacement, stress obtained from LVDT and strain gauges, and natural frequency. And finite element analysis using Ansys v11.0 was done to compare with the results of static test. The result showed that the results of structural integrity for static test were in an good agreement with these of finite element analysis.
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