Published Papers |
No. | Title, Author, Journal, Vol( No), Start Page- End Page, Date of publication, DOI, URL
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1 | Evaluation of Heaving Resistance for Deep Shaft Using Nodular Diaphragm Wall, Koji WATANABE, International Journal of GEOMATE: Geotechnique, Construction Materials and Environment, 46( 14), 40- 45, Jun. 2018, ,
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2 | Evaluation of Heaving Resistance for Deep Shaft Using Nodular Diaphragm wall, Koji WATANABE, Seventh International Conference on GEOMATE,, , 263- 268, Nov. 2017, ,
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3 | In-situ Full Scale Load Tests and Reliability Evaluation of Bearing Capacity for Nodular Cast-in-place Concrete Pile, Koji WATANABE, Geotechnical Engineering Journal of The SEAGS & AGSSEA, 1( 48), 58- 64, Sep. 2017, ,
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4 | Challenging Technologies of Diaphragm Wall and Bored Pile, Koji WATANABE, Proceedings of The 50th Anniversary Symposium of The Southeast Asian Geotechnical Society, , 93- 105, Sep. 2017, ,
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5 | Development of Steel Pipe Pile Combined with Ground Improvement in Narrow Spaces, Koji WATANABE, Geotechnical Engineering Journal of The SEAGS & AGSSEA, 1( 48), 65- 72, Sep. 2017, ,
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6 | Centrifuge Shaking Table Test on Pile Foundation Combined with Soil-cement Mixing Wall as Permanent Pile, Koji WATANABE, Proceedings of 3rd International Conference on Performance-based Design in Earthquake Geotechnical Engineering, , , Jul. 2017, ,
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7 | Development of Gross National Safety Index for Natural Disasters, Koji WATANABE, Geotechnical Engineering Journal of The SEAGS & AGSSEA, 1( 48), 11- 19, Mar. 2017, ,
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8 | Reliability Evaluation of the Bearing Capacity of a Nodular Cast-in-place Concrete Pile, Koji WATANABE, Proceedings of the 8th Asian Young Geotechnical Engineering Conference, , 83- 88, Aug. 2016, ,
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9 | Development of Construction Method for Steel Pipe Piles Combined with Ground Improvement in Narrow Spaces, Koji WATANABE, Proceedings of 19th Southeast Asian Geotechnical Conference, , 591- 598, May. 2016, ,
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10 | Centrifuge Model Test on Trench Stability of Diaphragm Wall, Koji WATANABE, Proceedings of International Conference on Soft Ground Engineering, , 727- 737, Dec. 2015, ,
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11 | Static Load Tests of Nodular Diaphragm Wall Supporting High-rise Tower, Koji WATANABE, Proceedings of 15th Asian Regional Conference, , , Nov. 2015, ,
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12 | The Effects of Loading Rate on Soil Behavior and Bearing Capacity in View of Seismic Design for Pile Foundation, Koji WATANABE, Tokyo Institute of Technology, , , Jun. 2015, ,
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13 | The Effect of Loading Rate on Bearing Capacity and Tensile Resistance of Piles, Koji WATANABE, Proceedings of 8th International Conference on Physical Modeling in Geotechnics, ( 1), 793- 800, Jan. 2014, ,
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14 | Reappraisal of Loading Rate Effects on Sand Behavior in View of Seismic Design for Pile Foundation, Koji WATANABE, Soils and Foundations, 2( 53), 215- 231, Apr. 2013, ,
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15 | In-situ Static Axial Load Tests of Nodular Cast-in-place Concrete Pile and Estimation Method on Resistance of Nodular Part, Koji WATANABE, Proceedings of 9th International Conference on Testing and Design Methods for Deep Foundations (Kanazawa), , 749- 756, Mar. 2012, ,
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16 | Static Axial Reciprocal Load Test of Cast-in-place Nodular Concrete Pile and Nodular Diaphragm Wall, Koji WATANABE, Journal of SEAGS & AGSSEA, 2( 42), 11- 19, Jun. 2011, ,
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