リサイクル材ー物理化学的性質③

Thu. Jul 13, 2023 2:45 PM - 4:15 PM 第5会場 (410)

座長：栗本悠平（清水建設（株））

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[13-5-4-01] Development of Environmentally Conscious Ground Improvement Materials Using CCU Materials
-Part3: A fundamental examination of the mechanical properties-

*Takenaka Natsuko¹, Kazunari Okada¹, Yuya Uchikawa¹, Sho Oyama¹, Mitsuru kato¹, Takashi Koyama¹, Hisashi Goto¹, Tetsuji Kanetaka², Yasuharu Toshida², Takeshi Katsumi³ (1. KONOIKE CONSTRUCTION CO.,LTD., 2. TOSO SANGYO CO.,LTD., 3. Kyoto University)

[13-5-4-02] Fundamental Study on Neutralization Method of Alkaline Construction Sludge Using Atmospheric CO₂

*Hiroki Yagiura¹, Kimitoshi Hayano¹, Hiromoto Yamauchi² (1. Yokohama National University, 2. domi environmental solutions)

[13-5-4-03] Storage and Utilization of Carbon Dioxide Hydrate in Seabed Ground

*Yoshimoto Norimasa¹, Yusaku Motoiki¹, Yukio Nakata¹ (1. Yamaguchi University)

[13-5-4-04] Soil characteristics as a lightweight embankment material for
recycled glass foam materials (1)

*Kunio Hirota¹, Yoshiyuki Nakagawa¹, Noriyasu Ogawa¹, Soichiro Oyanagi² (1. Reinforced Earth Engineering Company, 2. Glass Foam Business Cooperative)

[13-5-4-05] Soil characteristics as a lightweight embankment material for recycled glass foam materials (2)

*Nakagawa Yoshiyuki¹, Kunio hirota¹, Noriyasu Ogawa¹, Soichiro Oyanagi² (1. Reinforced Earth Engineering Company, 2. Glass Foam Business Cooperative)

[13-5-4-06] Applicability of crushed roof tile as ground improvement material for soft ground

*Morikawa Yukihiro¹, Tomonori Sato¹, Hirofumi Sakanakura², Kenichi Maeda¹, Hiroshige Shinoda³ (1. Nagoya Institute of Technology, 2. National Institute for Environmental Studies, 3. Association of Aichi ceramic tile industry)

[13-5-4-07] Effects of soil modifiers on separation efficiency of soil-waste mixtures

*Yoshizane Miki¹, Atsushi Takai¹, Tomohiro Kato¹, Takeshi Katsumi¹, Yuuya Shimizu² (1. Kyoto University, 2. OKUMURA CORPORATION)

Session information

リサイクル材ー物理化学的性質③

[13-5-4-01] Development of Environmentally Conscious Ground Improvement Materials Using CCU Materials
-Part3: A fundamental examination of the mechanical properties-

[13-5-4-02] Fundamental Study on Neutralization Method of Alkaline Construction Sludge Using Atmospheric CO₂

[13-5-4-03] Storage and Utilization of Carbon Dioxide Hydrate in Seabed Ground

[13-5-4-04] Soil characteristics as a lightweight embankment material for
recycled glass foam materials (1)

[13-5-4-05] Soil characteristics as a lightweight embankment material for recycled glass foam materials (2)

[13-5-4-06] Applicability of crushed roof tile as ground improvement material for soft ground

[13-5-4-07] Effects of soil modifiers on separation efficiency of soil-waste mixtures

Authentication

Session information

リサイクル材ー物理化学的性質③

[13-5-4-01] Development of Environmentally Conscious Ground Improvement Materials Using CCU Materials -Part3: A fundamental examination of the mechanical properties-

[13-5-4-02] Fundamental Study on Neutralization Method of Alkaline Construction Sludge Using Atmospheric CO2

[13-5-4-03] Storage and Utilization of Carbon Dioxide Hydrate in Seabed Ground

[13-5-4-04] Soil characteristics as a lightweight embankment material forrecycled glass foam materials (1)

[13-5-4-05] Soil characteristics as a lightweight embankment material for recycled glass foam materials (2)

[13-5-4-06] Applicability of crushed roof tile as ground improvement material for soft ground

[13-5-4-07] Effects of soil modifiers on separation efficiency of soil-waste mixtures

Authentication

[13-5-4-01] Development of Environmentally Conscious Ground Improvement Materials Using CCU Materials
-Part3: A fundamental examination of the mechanical properties-

[13-5-4-02] Fundamental Study on Neutralization Method of Alkaline Construction Sludge Using Atmospheric CO₂

[13-5-4-04] Soil characteristics as a lightweight embankment material for
recycled glass foam materials (1)