Dynamical response indoor model experiment and elastoplastic finite element analysis of high-enrockment embankment
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Dynamical response indoor model experiment and elastoplastic finite element analysis of high-enrockment embankment
Vol. 27, Issue S1, (2006)
作者机构:
1. 湖南大学 岩土工程研究所,长沙,410082
2. 湖南省建工集团四公司,邵阳,411300
作者简介:
基金信息:
DOI:
CLC:U213.1+1
Online First:15 December 2006,
Published:2006
稿件说明:
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ZHAO Ming-hua, ZENG Guang-xian, LIU Yong. Dynamical response indoor model experiment and elastoplastic finite element analysis of high-enrockment embankment[J]. 2006, 27(S1).
DOI:
ZHAO Ming-hua, ZENG Guang-xian, LIU Yong. Dynamical response indoor model experiment and elastoplastic finite element analysis of high-enrockment embankment[J]. 2006, 27(S1).DOI:
Dynamical response indoor model experiment and elastoplastic finite element analysis of high-enrockment embankment
High-enrockment embankment chronically received the effect of dynamical load in the run course after the construction. Based on the resemble scale theory
a dynamical response indoor model of high-enrockment embankment are used to simulate the syntony load and impact load is established. The factual complicated dynamical load of high-enrockment embankment received. Using dynamic earth-manometer and accelerometer to pick up response wave; Using Drucker-Prager elastoplastic model to analyze dynamical response finite element on high-enrockment embankment. It was shown that the finite element analytical result was in good agreement with experimental data; even under the bigger dynamical load
plastic area in high-enrockment embankment was also just temporary and partial; it still could maintain whole stability
and expressed a dynamical strain hardening characteristic.