東畑 郁生 | Civil Engineering Department The University Of Tokyo.

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• 東畑 郁生の詳細を見る
• 同名の論文著者
• Civil Engineering Department The University Of Tokyo.の論文著者

関連著者

• 東畑 郁生

  Civil Engineering Department The University Of Tokyo.

• 東畑 郁生

  Civil Engineering, the University of Tokyo

• 東畑 郁生

  Professor Of Civil Engineering The University Of Tokyo Bunkyo Tokyo 108-8656 Japan.

• 石原 研而

  Civil Engineering University Of Tokyo

• 東畑 郁生

  The University of Tokyo

• 東畑 郁生

  Civil Engineering The University Of Tokyo

• 石原 研而

  Civil Engineering, University of Tokyo

• 大石 幹太

  (株)日建設計 中瀬土質研究所

• KUNTIWATTANAKUL PISIT

  Fudo Construction, Tokyo. (former Graduate Student, the University of Tokyo.)

• 瀬古 一郎

  Chuo Kaihatsu Corporation. (former Student, the University of Tokyo.)

• 東畑 郁生

  東京大学大学院工学系研究科社会基盤学専攻

• 瀬古 一郎

  Chuo Kaihatsu Corporation. (former Student The University Of Tokyo.)

• Shahnazari Habib

  Civil Engineering Department Iran University Of Science And Technology

• Kuntiwattanaku Pisit

  Fudo Construction Tokyo. (former Graduate Student The University Of Tokyo.)

• Kuntiwattanakul Pisit

  Fudo Construction (the University Of Tokyo)

• 辻野 修一

  Civil Engineering University Of Tokyo

• 大石 幹太

  Nikken Nakase Geotechnical Institute. (former Graduate Student, the University of Tokyo.)

• 大石 幹太

  the University of Tokyo

• KUNTIWATTANAKU PISIT

  Fudo Construction, Tokyo (the University of Tokyo)

• 小林 肇

  Ministry of Construction (the University of Tokyo)

• 石原 研而

  東京理科大学理工学部土木工学科

• HAERI S.MOHSEN

  Civil Engineering, Amirkabir University

• MOINFAR ALI

  Building and Housing Research Center

• ARANGELOVSKI GORAN

  National Institute for Rural Engineering

• 石原 研而

  Professor Of Civil Engineering Tokyo Science University. Manuscript Was Received For Review On May 1

• 石原 研而

  Department Of Civil Engineering Science University Of Tokyo

• Ishihara K

  Tokyo Univ. Sci. Jpn

• Haeri S.mohsen

  Civil Engineering Amirkabir University

• SHAHNAZARI HABIB

  Civil Engineering Department, Iran University of Science and Technology

• ALHUSSAINI T.M.

  Geotechnical and Transportation Engineering Division, Asian Institute of Technology

• Alhussaini T.m.

  Geotechnical And Transportation Engineering Division Asian Institute Of Technology

• Shahnazari Habib

  Civil Engineering Department Iran University Of Science And Technology.

• ACACIO ALEX

  Civil Engineering, University of Phillipines

• ALHUNAIDI M.

  Institute for Research in Construction, National Research Council of Canada

• 室井 孝仁

  Tokyo Metropolitan Government, Bureau of Port and Harbor

• Acacio Alex

  Civil Engineering University Of Phillipines

• Alhunaidi M.

  Institute For Research In Construction National Research Council Of Canada

• 室井 孝仁

  Tokyo Metropolitan Government Bureau Of Port And Harbor

• Al-Hussaini T.M.

  Geotechnical and Transportation Engineering Division, Asian Institute of Technology

• Al-Hunaidi M.O.

  Institute for Research in Construction, National Research Council of Canada

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著作論文

• VOLUME CHANGE OF CLAYS INDUCED BY HEATING AS OBSERVED IN CONSOLIDATION TESTS
• VOLUME CHANGE OF CLAYS INDUCED BY HEATING AS OBSERVED IN CONSOLIDATION TESTS
• A PRELIMINARY STUDY ON HEATING OF CLAYS TO EXAMINE POSSIBLE EFFECTS OF TEMPERATURE ON SOIL-MECHANICAL PROPERTIES
• GEOTECHNICAL ASPECTS OF THE JUNE 20,1990 MANJIL EARTHQUAKE IN IRAN
• ACCUMULATED DEFORMATION OF SAND WITH INITIAL SHEAR STRESS AND EFFECTIVE STRESS STATE LYING NEAR FAILURE CONDITIONS
• SEISMIC WAVE PROPAGATION IN ELASTIC SOIL WITH CONTINUOUS VARIATION OF SHEAR MODULUS IN THE VERTICAL DIRECTION
• LIQUEFACTION CHARACTERISTICS OF SATURATED SAND DEPOSITS UNDER NONUNIFORM VERTICAL STRESSES
• TORSION SHEAR TESTS ON CYCLIC STRESS-DILATANCY RELATIONSHIP OF SAND
• LATERAL LOADS ON OFFSHORE STRUCTURES EXERTED BY SUBMARINE MUDFLOWS
• SAND RESPONSE TO CYCLIC ROTATION OF PRINCIPAL STRESS DIRECTIONS AS INDUCED BY WAVE LOADS
• TORSION SHEAR TESTS ON CYCLIC STRESS-DILATANCY RELATIONSHIP OF SAND
• LIQUEFACTION-INDUCED GROUND DAMAGE IN DAGUPAN IN THE JULY 16,1990 LUZON EARTHQUAKE
• MODIFICATION OF SEISMIC INPUT FOR FULLY DISCRETIZED MODELS
• IN-SITU PORE WATER PRESSURES AND GROUND MOTIONS DURING THE 1987 CHIBA-TOH0-0KI EARTHQUAKE
• SAND RESPONSE TO CYCLIC ROTATION OF PRINCIPAL STRESS DIRECTIONS AS INDUCED BY WAVE LOADS

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