第V部門

副産物利用・再生材料 (2)

Fri. Sep 16, 2022 1:30 PM - 2:50 PM V-6 (吉田南総合館西棟　共西４１)

Chair: Isao Kurashige

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1:30 PM - 1:40 PM

[V-529] Compression Creep Property of Concrete Mixed with Coal Gasification Slag Fine Aggregate

*Manabu Hashimoto¹, Tadataka Matsuura², Manabu Kanazawa³ (1. Kajima Corporation, 2. Tokyo Electric Power Company Holdings, Inc., 3. Hirono IGCC Power GK)

1:40 PM - 1:50 PM

[V-530] Study on Various Physical Properties of Concrete Mixing with Fine Powder of Coal Gasification Slag

*Gohta Gohta Ainai¹, Takuya Maeshima¹, Ichiro Iwaki¹, Junya Kano², Masaya Omote³, Mitsugu Hatanaka⁴ (1. Department of Civil Engineering Faculty of Engineering Nihon University, 2. Institute of Multidisciplinary Research for Advanced Materials Tohoku University, 3. New Industry Creation Hatchery Center Tohoku University, 4. Innovation of Social Environment)

1:50 PM - 2:00 PM

[V-531] Examination of mass transfer resistance of concrete using coal gasified slag fine aggregate (1) - A study on the apparent diffusion coefficient of chloride ions -

*Yasushi KOBAYASHI¹, Yoshitaka MATSUURA¹ (1. Tokyo Electric Power Company Holdings, Inc.)

2:00 PM - 2:10 PM

[V-532] Examination of mass transfer resistance of concrete using coal gasified slag fine aggregate (2)
A study on the water penetration rate coefficient

*Yoshitaka Matsuura¹, Yasushi Kobayashi¹ (1. Tokyo Electric Power Company Holdings)

2:10 PM - 2:20 PM

[V-533] CO₂ absorbent concrete using cement equivalent blast furnace cement type C equivalent carbonation rate and strength development characteristics in various carbonation curing conditions

*Toshiharu Nakatani¹, Yuma Yoshida¹, Hiroaki Yamano¹, Kengo Seki¹, Takeshi Torichigai¹, Kenzo Watanabe¹, Goro Sakai¹, Shiro Tomoe¹, Haruki Momose¹, Hiroshi Kasai¹, Tetsushi Kanda¹, Noboru Sakata¹ (1. KAJIMA Co.)

2:20 PM - 2:30 PM

[V-534] CO₂ absorbent concrete using cement equivalent blast furnace cement type C of carbonation rate and strength development characteristics in various water cement ratios

*Keitaro Kakimoto¹, Yuma Yoshida¹, Hiroaki Yamano¹, Kengo Seki¹, Takeshi Torichigai¹, Kenzo Watanabe¹, Goro Sakai¹, Shiro Tomoe¹, Haruki Momose¹, Hiroshi Kasai¹, Tetsushi Kanda¹, Noboru Sakata¹ (1. KAJIMA Co.)

2:30 PM - 2:40 PM

[V-535] A study on CO₂ absorption of mortar using steelmaking slag that particle size equivalent to fine aggregate

*SHOYA TAGUCHI¹, TOSHINARI MUKAI¹, TAKESHI TORICHIGAI¹, KENGO SEKI¹ (1. KAJIMA)

Session information

副産物利用・再生材料 (2)

[V-529] Compression Creep Property of Concrete Mixed with Coal Gasification Slag Fine Aggregate

[V-530] Study on Various Physical Properties of Concrete Mixing with Fine Powder of Coal Gasification Slag

[V-531] Examination of mass transfer resistance of concrete using coal gasified slag fine aggregate (1) - A study on the apparent diffusion coefficient of chloride ions -

[V-532] Examination of mass transfer resistance of concrete using coal gasified slag fine aggregate (2)
A study on the water penetration rate coefficient

[V-533] CO₂ absorbent concrete using cement equivalent blast furnace cement type C equivalent carbonation rate and strength development characteristics in various carbonation curing conditions

[V-534] CO₂ absorbent concrete using cement equivalent blast furnace cement type C of carbonation rate and strength development characteristics in various water cement ratios

[V-535] A study on CO₂ absorption of mortar using steelmaking slag that particle size equivalent to fine aggregate

Authentication

Session information

副産物利用・再生材料 (2)

[V-529] Compression Creep Property of Concrete Mixed with Coal Gasification Slag Fine Aggregate

[V-530] Study on Various Physical Properties of Concrete Mixing with Fine Powder of Coal Gasification Slag

[V-531] Examination of mass transfer resistance of concrete using coal gasified slag fine aggregate (1) - A study on the apparent diffusion coefficient of chloride ions -

[V-532] Examination of mass transfer resistance of concrete using coal gasified slag fine aggregate (2)A study on the water penetration rate coefficient

[V-533] CO2 absorbent concrete using cement equivalent blast furnace cement type C equivalent carbonation rate and strength development characteristics in various carbonation curing conditions

[V-534] CO2 absorbent concrete using cement equivalent blast furnace cement type C of carbonation rate and strength development characteristics in various water cement ratios

[V-535] A study on CO2 absorption of mortar using steelmaking slag that particle size equivalent to fine aggregate

Authentication

[V-532] Examination of mass transfer resistance of concrete using coal gasified slag fine aggregate (2)
A study on the water penetration rate coefficient

[V-533] CO₂ absorbent concrete using cement equivalent blast furnace cement type C equivalent carbonation rate and strength development characteristics in various carbonation curing conditions

[V-534] CO₂ absorbent concrete using cement equivalent blast furnace cement type C of carbonation rate and strength development characteristics in various water cement ratios

[V-535] A study on CO₂ absorption of mortar using steelmaking slag that particle size equivalent to fine aggregate