電力中央研究所 報告書(電力中央研究所報告)
報告書データベース 詳細情報
報告書番号
E381001
タイトル(和文)
NEGATIVE FRICTION AND LATERAL MOVEMENT INDUCED IN PILE BY SURCHARGE
タイトル(英文)
NEGATIVE FRICTION AND LATERAL MOVEMENT INDUCED IN PILE BY SURCHARGE
概要 (図表や脚注は「報告書全文」に掲載しております)
*
概要 (英文)
THIS PAPER DESCRIBES ON THE NEGATIVE FRICTION (N.F), THE BENDING STRESS AND LATERAL MOVEMENT INDUCED IN PILE BY THESURCHARGES SUCH AS THE SOIL FILLS. PARTICULARLY, THE FOLLOWING POINTS HAVE BEEN RESEARCHED: (1) THE BASIC CHARACTERISTICS OF THE SHEAR STRESS(N.F) ACTING ON THE PILE BY THE SIMPLE MODEL TESTS, (2) THE PROPOSAL OFTHE ESTIMATION METHOD ON THE EFFICIENCY OF PILE GROUP ON N.F, (3) THE FIELD MEASUREMENT OF N.F AND THE LATERAL MOVEMENT IN REAL PILE DUE TO SOIL FILL AND ITS DISCUSSION, AND (4) THE PROPOSAL OF THE PREDICTION METHOD ON THE INTERACTION BETWEEN THE PILE AND THE GROUND,AND ITS VERIFICATION. THROUGHOUT THIS STUDY, THE FOLLOWING CONCLUSIONS HAVE BEEN OBTAINED. (1) THE MECHANISM OF N.F IS CLARIFIED BY THE MODEL TESTS ON BOTH OFTHE SINGLE PILE AND PILE GROUP FROM THE EFFECTIVE STRESS POINT OF VIEW. (2) THE BRIEF ESTIMATION METHOD ON THE EFFICIENCY OF PILE GROUP ON N.F IS PROPOSED FROM THE THEORETICAL CONSIDERATIONS BASED ON THE EXPERIMENTAL RESULTS. (3) THE ACTUAL BEHAVIOUR ON N.F AND LATERAL MOVEMENT IN PILE IS RESEARCHED BY THE FIELD PERFORMANCE USING THE REAL STEELPILES, AND WE SHOW THE EFFECTIVENESS OF THE ESTIMATION METHOD ON N.F BASED ON THE EFFECTIVE STRESS, AND THE ADEQUACY OF THE RESPONCE DISPLACEMENT METHOD ON THE BENDING STRESS AND THE LATERAL MOVEMENT IN PILE. (4) THE NUMERICAL ANALYTICAL METHOD ON THE INTERACTION BETWEEN THE PILE AND THE GROUND, WHICH INVOLVES THE SLIP PHENOMENA AND THE CONSOLIDATION OF CLAYEY SOILS,IS DEVELOPED, AND ITS USEFULNESS IS VERIFIED FROM THE COMPARISON WITH THE PREDICTED AND THE MEASURED VALUE ON BOTH ON THE N.F AND LATERAL MOVEMENT IN PILE.
報告書年度
1981
発行年月
1981/07/01
報告者
担当 | 氏名 | 所属 |
---|---|---|
主 |
西 好一 |
土木技術研究所地盤耐震部地震波動研究室 |
共 |
江刺 靖行 |
土木技術研究所地盤耐震部地震波動研究室 |
共 |
吉田 保夫 |
土木技術研究所地盤耐震部地震波動研究室 |
キーワード
和文 | 英文 |
---|---|
* | ELECTRIC TRANSMISSION TOWER |
PILE FOUNDATION | |
DIFFERENTIAL SETTLEMENT | |
NEGATIVE FRICTION | |
LATERAL MOVEMENT |