Session information

第VI部門

リニューアル(4)

Chair:Hideki Naito

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[VI-696] Experimental study of deck renewal method using lifters that enable accelerating construction

〇Seiji Takeuchi¹, Akio Shirozu¹, Akihiro Yamaura¹, Hironori Ishii¹, Masaaki Hamano², Kazuhito Uchiumi² (1.Yokogawa Bridge, 2.Metropolitan Expressway Company)

[VI-697] Study of deck replacement method using lifters that enables accelerating construction

〇Akihiro Yamaura¹, Akio Shirozu¹, Hironori Ishii¹, Seiji Takeuchi¹, Masaaki Hamano², Kazuhito Uchiumi² (1.Yokogawa Bridge Corp., 2.Metropolitan Expressway Company Limited)

[VI-698] Experimental verification of durability of longitudinal joint structure during bridge deck replacement by moving wheel load test

Akihiro Yamaura¹, Ishii Hironori¹, Shirozu Aakio¹, 〇Kentaro Kato², Hamano Masaaki³, Uchiumi Kazuhito³ (1.Yokogawa Bridge, 2.Yokogawa Bridge Holdings, 3.Metropolitan Expressway)

[VI-699] Development of Synthetic Floor Slab Update Method

〇Makoto Ishikawa¹, Manabu Iwai¹, Masaaki Hamano², Kazuhito Uchiumi², Toshikazu Yamagishi³, Hidekazu Yoshimatsu³, Tsuyoshi Shibasaki³ (1.KAWADA Industries, 2.Metropolitan Expressway, 3.KAWADA Construction)

[VI-700] Effect of Heat Curing using Electric Heating Mat for Winter Construction with Ultra High Strength Fiber Reinforced Concrete of Normal Temperature Hardening Type

〇Takashi Kawanishi¹, Shunji Aoki¹, Takayoshi Tomii¹, Shota Saito¹ (1.Obayashi Corporation)

[VI-701] To Secure Performance of Ultra High Strength Fiber Reinforced Concrete using High-temperature Electric Heating Mat

〇Okuhito Kiya¹, Takayoshi Tomii¹, Shunji Aoki¹, Takashi Kawanishi¹, Kouji Tamataki², Yutaka Fujino² (1.OBAYASHI CORPORATION, 2.UBE INDUSTRIES,LTD)

[VI-702] Deveklopment of a "smart floor slab update (SDR) system" that enables inexpensive and high-speed construstion~Overview and features of this system~

〇Kazuhiro Utsugi¹, Hiroyuki Yamanaka¹, Yasushi Yamada¹, Hiroo Minami¹, Katsuya Kobayashi¹ (1.Kajima Corporation)

[VI-703] Development of a "smart floor slab update (SDR) system" that enables inexpensive and high-speed construction~ Dedicated machine used for this system.

〇keiji mimuro¹, ryosuke murase¹, dai ito¹ (1.KAJIMA CORPORATION)

[VI-704] Development of the new PC floor board coupling by the mortar filling form

〇Shinya Kitahara¹, Kouji Kani¹, Miyuki Katou¹, Kenichi Moriya¹, Shigeyuki Matui² (1.TODA Corporation, 2.Osaka Institute of Technology)

[VI-705] Report of Impact Test of Precast Concrete Guardfense abled Rapidly Setting

〇Junji Sasajima¹, Akihiro Yamaura¹, Seiji Takeuchi¹, Souichiro Ando¹, Akio Shirozu¹, Hidekazu Mizukoshi² (1.Yokogawa Bridge Corp., 2.Yokogawa Bridge Holdings Corp.)

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