열차하중을 받는 토목섬유 보강사면의 수치해석

Numerical Modelling of Reinforced Soil Slopes Under Railway Load

초록

This paper presents the procedure and results of the numerical modelling that was carried out to investigate the stability of reinforced soil slopes under dynamic railway load. The two-dimensional explicit dynamic finite element method (ABAQUS) was used to carry out the numerical analyses. To simulate the railway load, the top surface of the embankment was excited by the uniform distributed load whose frequency and magnitude was estimated by the measured railway acceleration during train passing. The embankment displacements and geogrid axial forces were analyzed to evaluate the stability of reinforced soil slopes under the dynamic train load.

키워드

Finite Element Method; Dynamic Railway Road; Displacement; Geogrid Axial Force; Reinforced Soil Slope; Finite Element Method; Dynamic Railway Road; Displacement; Geogrid Axial Force; 토목섬유 보강사면; 유한요소법; 동적열차하중; 변위; 지오그리드 축력; Reinforced Soil Slope
제목
열차하중을 받는 토목섬유 보강사면의 수치해석
제목 (타언어)
Numerical Modelling of Reinforced Soil Slopes Under Railway Load
저자
이수형; 정영훈; 이일화; 장기수; 유승준
발행일
2006-12
저널명
한국철도학회논문집
권
9
호
6
페이지
753 ~ 760