[22-1-2-01] Effect of solidification on mechanical properties of fibrous wood chips mixed with converter steelmaking slag

*Akihiro Oshino¹, Tomotaka Yoshikawa¹, Taiki Sugihara¹, Tomotaka Watanabe¹, Yoshiaki Kikuchi¹, Shohei Noda¹ (1. Tokyo University of Science)

[22-1-2-02] Changes in unconfined compression properties and volume of geomaterial mixed with steelmaking slag and wood chips by repeated dry and wet

*Tomotaka Yoshikawa¹, Akihiro Oshino¹, Taiki Sugihara¹, Tomotaka Watanabe¹, Yoshiaki Kikuchi¹, Shohei Noda¹, Yuka Kakihara¹ (1. Tokyo University of Science)

[22-1-2-03] Static Shear Characteristics of Compacted Masado and Clinker Ash Mixture

*PENGYU TIAN¹, Norimasa Yoshimoto¹, Masayuki Hyodo¹, Akifumi Nakashita² (1. Yamaguchi University, 2. CHUGOKU KOATSU CONCRETE INDUSTRIES CO.,LTD.)

[22-1-2-04] Effect of curing time to remolding on vane shear strength of molded and reconstituted clay-slag mixtures

*Masaaki Katagiri¹, Yuki Nanno¹, Shiro Murakawa¹, Yasuo Kasugai², Kohei Watanabe², Yasuhiro Sega³, Masaharu Minami³, Koji Suetsugu³, Noriko Takashima³, Yoshiaki Kikuchi⁴, Hideo Hashizume⁵ (1. Nikken Sekkei Civil, 2. Coastal Development Institute of Technology, 3. Kyushu Regional Development Bureau, MLIT, 4. Tokyo University of science, 5. Geo-design)

[22-1-2-05] Effect of curing time to molding and reconstituted clay-slag mixtures

*Shiro MURAKAWA¹, Masaaki Ratnagiri¹, Yuki Mannan¹, Yasuo Kasugai², Kohei Watanebe², Yasuhara Sege³, Masaharu Minami³, Koji Suetsugu³, Noriko Takashima³, Yoshiaki Kikuchi⁴, Hideo Hashizume⁵ (1. Nikken Sekkei Civil, 2. Coastal Development Institute of Technology, 3. Kyushu Regional Development Bureau, MLIT, 4. Tokyo University of Science, 5. Geo-Design)

[22-1-2-06] Evaluation of Compaction Properties of Recovered Soils mixed with Concrete Debris by Cone Index.

*Minoru Tokita¹, Shin-ichi Noguchi², Yoshio Nakamura³, Takayuki Sakai⁴, Masaki Nakano⁴ (1. AICO Co.,Ltd., 2. Mud Recycling Association, 3. Aichi Insitute of Technology, 4. Nagoya University )

[22-1-2-07] Velocity of elastic wave and unconfined compressive strength of cement treated and high-pressure dehydrated soil block

*Kazutaka Ueno¹, Kiyonobu Kasama², Yasuyuki Nakagawa¹, Zentaro Furukawa¹, Yuichi Yahiro¹, Kouki Zen³, Yasuo Kasugai³, Masaaki Katagiri⁴, Yasuhiro Sega⁵, Masaharu Minami⁵, Kohji Suetsugu⁵, Noriko Takashima⁵ (1. Kyushu University, 2. Tokyo Institute of Technology, 3. Coastal Development Institute of Technology, 4. Nikken Sekkei Civil Engineering, 5. Ministry of Land, Infrastructure, Transport and Tourism Kyushu Regional Development Bureau)

Session information

リサイクル材ー強度③