リサイクル材料③

Thu. Jul 21, 2022 1:00 PM - 2:30 PM 第3会場 (小会議室306・307（3階）)

座長：藤川拓朗（福岡大学）

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[21-3-3-01] Effect of the difference in the addition method of blast furnace slag fine powder on the uniaxial compressive strength of steel slag mixed materials

*TAISUKE Taisuke KOSAKA², Yosiaki KIKUCHI¹, Shohei NODA³, Yuka KAKIHRA⁴, Akio TAKADA⁴, Ryousuke SAEGUSA², Natuho HUTAKUTI³ (1. Tokyo University of science, 2. Graduate School of Science and Technology ,Tokyo University of science , 3. Tokyo University of science, 4. Graduate School of Science and Technology ,Tokyo University of science )

[21-3-3-02] Material separation properties of steel slag mixed geomaterials by different addition methods of blast furnace slag fine powder

*SAEGUSA RYOSUKE¹, Yoshiaki Kikuchi¹, Shohei Noda¹, Natsuho Futakuchi¹, Yuka Kakihara², Akio Takada², Taisuke Kousaka² (1. Tokyo University of Science, 2. Tokyo University of Science Graduate School)

[21-3-3-03] Time dependency of unconfined compression strength and deformation properties of the mixture of various amorphous silica containing clayey soil and steelmaking slag

*Natsuho Futakuchi¹, Yuka Kakihara², Yoshiaki Kikuchi¹, Shohei Noda¹, Akio Takada², Taisuke Kousaka², Ryosuke Saegusa¹ (1. Tokyo University of Science, 2. Tokyo University of Science)

[21-3-3-04] Compression cause of embankment using asphalt paving waste material

*AKIHIKO OBINATA¹, HIROCHIKA HAYASHI¹, ATSUKO SATO¹ (1. Civil Engineering Research Institute for Cold Region)

[21-3-3-05] A study on compaction control method of crushed concrete aggregate as recycled geomaterial

*WATANABE KAZUYA¹, Hirakawa Daiki² (1. Chuo University, 2. Chuo University)

[21-3-3-06] Effect of curing days and slurry density on strength and deformation property of Liquefied Stabilized Soil mixed with fiber material cured at field and laboratory

*Ryohei Okada¹, Yukihiro Kohata¹ (1. Muroran Institute of Technology)

[21-3-3-07] Experimental study on the applicability of tire derived recycle materials in marine landfill

*CHUNRUI HAO¹, Hemanta Hazarika¹, Isobe Yusaku (1. Kyushu University)

[21-3-3-08] Consolidation degree and strength characteristics of soil block produced by cement-mixing and mechanical dehydration

*TAKATA YOSHITO¹, Kiyonobu Kasama¹, Sugimura Yoshihisa¹, Zentaro Furukawa¹, Yuiti Yahiro¹, Koki Zen², Yasuo Kasugai², Yohei Shigemura², Seiya Yamasaki³, Masaaki Katagiri³, Kazushi Hayashi⁴, Tomoyuki Nishino⁴, Takahiro Sadakata⁴ (1. Kyushu University, 2. Coastal Development Institute of Technology, 3. Nikken Sekkei Civil Enginnering, 4. Ministry of Land, Infrastructure , Transport and Tourism Kyushu Regional Development Bureau)

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