[III-240] Study on the Effective Depth of Compaction Pressure by Off-the-Road Tires

〇Yuki Nakamura¹, Noriyuki Yasufuku², Ryohei Ishikura² (1.JDC Corporation, 2.Kyushu University)

[III-241] Examination of Concrete Compaction Judgment Index Focusing on Surface Solidity

〇Kota Inada¹, Osamu Youda¹ (1.National Institute of Technology,Nagaoka College)

[III-242] Verification of Simple Estimation method of Soil Compaction Characteristics

〇Akihiro Matsumoto¹, Teru Toshida¹, Katsutoshi Fujisaki¹, Fumio Tatsuoka², Hiroki Sakamoto³ (1.KAJIMA Technical Research Institute, 2.Tokyo University of Science, 3.Japan Water Agency)

[III-243] Experimental study of mechanical properties and anisotropy of geomaterials made with several water content and compaction methods

〇Takayuki Sakai¹, Masaki Nakano¹, Bessho Takuro¹ (1.Nagoya University)

[III-244] Design and experience of construction about foundation ground for the covering type final disposal place by high making bank

〇Tomonobu Numano³, Satoshi Komaba¹, Syunsuke Miyazawa², Makoto Yoshizawa³, Takaaki Kobuchi³ (1.Utsunomiya City, 2.Eight-Japan Engineering Consultants Inc., 3.Kajima Corporation)

[III-245] A Study on Compaction Management Using K₃₀

〇Ryoichiro Satake¹, Yuichi Tomita¹ (1.Tokyu Construction)

[III-246] Example of equation to evaluate strengh and stiffness of embankment using degree of saturation in comaction process and degree of compaction

〇Susumu Nakajima¹, Kohei Kasahara¹, Tatsuki Fujimoto¹, Yoji Nakagawa² (1.Railway Technical Research Institute, 2.JRSE)

[III-247] Relationship between Vbration Roller Acceleration Response and Dry Density and Settlement

〇Masafumi Hirata¹, Takeshi Ishiguro¹, Kousuke Nakashima², Tomoya Yonezawa², Hiroshi Furuya³, Keiichi Uchiyama⁴ (1.Maeda corp., 2.Nippon Exxpressway Research Institute, 3.Obayashi corp., 4.Sakai Heavy Industries Ltd.)

Session information

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