STUDY ON STRUCTURAL PERFORMANCE EVALUATION FOR CONCRETE PILE SYSTEM WITH POSTEARTHQUAKE FUNCTIONAL USE (PART 7: NUMERICAL ANALYSIS OF SC PILES)

Shreya THUSOO; Shreya THUSOO; Hidekazu WATANABE; Susumu KONO; Tsutomu HIRADE; David MUKAI; Tomohisa MUKAI; Daiki MIZUKAMI

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STUDY ON STRUCTURAL PERFORMANCE EVALUATION FOR CONCRETE PILE SYSTEM WITH POSTEARTHQUAKE FUNCTIONAL USE (PART 7: NUMERICAL ANALYSIS OF SC PILES)

机译：具有震后功能的混凝土桩系统结构性能评估研究（第7部分：SC桩的数值分析）

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摘要

The fiber model analysis was effective in capturing pilernbehavior at tensile yielding of steel very well, no matter withrnor without isotropic hardening.

机译：纤维模型分析非常有效地捕获了钢的抗拉屈服性能，无论是否进行了各向同性淬火。

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来源
《日本建筑学会技术报告集》 |2017年第appa期|587-588|共2页
作者
Shreya THUSOO; Shreya THUSOO; Hidekazu WATANABE; Susumu KONO; Tsutomu HIRADE; David MUKAI; Tomohisa MUKAI; Daiki MIZUKAMI;
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作者单位

1Tokyo Institute of Technology;

1Tokyo Institute of Technology;

1Tokyo Institute of Technology;

1Tokyo Institute of Technology;

Building Research Institute;

University of Wyoming;

Building Research Institute;

Concrete Pile Installation Technology Association;

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原文格式 PDF
正文语种 eng
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关键词
Precast concrete pile; OpenSees; Fiber Model; rnFlexural failure; Steel encased concrete pile;

机译：预制混凝土桩;OpenSees;纤维型号;rn弯曲破坏;钢包裹混凝土桩;

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1. A full-scale field study for performance evaluation of axially loaded large-diameter cylinder piles with pipe piles and PSC piles [J] . Abu-Farsakh Murad Y., Haque Md. Nafiul, Tsai Ching Acta Geotechnica: An International journal for Geoengineering . 2017,第4期

机译：管桩和PSC桩轴向装载大直径圆柱桩性能评价的全规模实地研究
2. Performance Comparisonbetwee Polyurethane Injection Pile and Slab System against Lightweight Concrete as a Ground Improvement Using Finite Element Analysis [J] . Diana CheLat, IsmacahyadiBagus Mohamed Jais, Roslizayati Razali, Journal of applied sciences research . 2015,第2015期

机译：聚氨酯注射桩与板体系抗轻混凝土地面性能的有限元分析比较。
3. Evaluation of ultimate behavior of actual large-scale pile group foundation by in-situ lateral loading tests and numerical analysis [J] . Teramoto Shuntaro, Niimura Tomonari, Akutsu Tomihiro, Soils and foundations . 2018,第4期

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4. STUDY ON STRUCTURAL PERFORMANCE EVALUATION FOR CONCRETE PILE SYSTEM WITH POSTEARTHQUAKE FUNCTIONAL USE (PART 7: NUMERICAL ANALYSIS OF SC PILES) [C] . Shreya THUSOO, Hiromu TANAKA, Hidekazu WATANABE, 日本建築学会;日本建築学会大会 . 2017

机译：具有震后功能的混凝土桩系统结构性能评估研究（第7部分：SC桩的数值分析）
5. Evaluation of the performance of piled bridge abutments affected by liquefaction-induced ground deformations through centrifuge tests and numerical analysis tools. [D] . Armstrong, Richard James. 2010

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8. DATA ANALYSIS STUDY AND PERFORMANCE EVALUATION OF THE SCANNING LASER DOPPLER SYSTEM [R] . 1974

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STUDY ON STRUCTURAL PERFORMANCE EVALUATION FOR CONCRETE PILE SYSTEM WITH POSTEARTHQUAKE FUNCTIONAL USE (PART 7: NUMERICAL ANALYSIS OF SC PILES)

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