The 45th JCI Technical Conference

Sustainable Concrete (Material aspect)Ⅰ

Thu. Jul 6, 2023 9:00 AM - 10:30 AM Room 1 (国際会議室501)

座長:松元淳一 (土木),中山英明 (建築)

+Add all to schedule

[1173] Fundamental Study on Carbon Capture Performance of Sprayed Rock Wool

Ikumi OTOMONAI¹, Yusuke SUGINO¹, Toru TANIBE¹, Daiki ATARASHI² (1.太平洋マテリアル 2.島根大学)

[1174] Effect of carbonation treatment and original concrete on CO₂sequestration by recycled concrete fines

Yosaku IKEO¹, Hirosi KADOTA¹, Yuto TAKEUCHI¹, Tomoyuki NARA¹ (1.竹中工務店)

[1175] Development and evaluation of cement concrete for CO₂ emissions reduction

Minato SUZUKI¹, Noriyuki KOBAYASHI¹, Chihiro KOBAYASHI¹, Tomoya NISHIWAKI¹ (1.東北大学)

[1176] FUNDAMENTAL STUDY ON CO₂ FIXATION BY CONCRETE WITH ENHANCED WATER OR AIR PERMEABILITY USING FIBERS SUCH AS ALUMINUM

Toshinari HAYASHI¹, Ryoichi TAKAGI¹, Taro MINATO², Mamoru SAKAMOTO¹ (1.安藤・間 2.青木あすなろ建設)

[1177] TOWARDS AMINE-BASED CO₂ CAPTURE IN CEMENT-BASED MATERIALS

Kopitha KIRUSHNSPILLAI¹, Elakneswaran YOGARAJAH¹, Hisanori SENBOKU¹, Yuya YODA² (1.Hokkaido University 2.Shimizu Corporation)

[1178] Effect of analysis method of differential thermal analysis on calculated values of amount of carbon dioxide absorption in cement paste

Yoshikazu ISHIZEKI¹, Masashi SHINSUGI¹, Kuniaki SAKURAI¹, Kenji KAWAI² (1.大林組 2.広島大学)

The 45th JCI Technical Conference

Sustainable Concrete (Material aspect)Ⅱ

Thu. Jul 6, 2023 10:45 AM - 12:30 PM Room 1 (国際会議室501)

座長:横関康祐 (土木),鈴木好幸 (建築)

+Add all to schedule

[1179] Experimental Study on Properties of Blast Furnace slag cement type A Concrete Produced by Mixing Different Cements

Shuhei MIGITA¹, Shingo KUSUMI¹, Yoshiharu KIMURA², Tomoya NAGAI² (1.戸田建設 2.西松建設)

[1180] Study on CO₂ sequestration and strength development of mortar containing blast furnace slag fine powder and γ-C2S and carbonated under various temperature and humidity conditions

Yukiko NISHIOKA¹, Daijiro TSUJI¹, Masaro KOJIMA¹ (1.竹中工務店)

[1181] Fundamental Properties of Carbon Recycled Concrete with Calcium Carbonate

Masataka OGINO¹, Eiji OWAKI¹ (1.大成建設)

[1182] Study on Properties of High Volume GGBS Concrete with γ-C₂S by Accelerated Carbonation Curing

Runa YAHIRO¹, Takeshi IYODA¹, Daijiro TSUJI², Masaro KOJIMA² (1.芝浦工業大学 2.竹中工務店)

[1183] Fundamental Study on Cementless Materials Using Biomass Combustion Ash

Mitsuki HIROSE¹, Takuya KONDO¹, Katsunori YOKOI¹ (1.高知工業高等専門学校)

[1184] Evaluation on basic properties of enviroment-friendly concrete using ground granulated blast-furnace slag and calcium stimulant to apply buildings

Yushi KATO¹, satoshi WATANABE¹, Keiki YAMAMOTO¹, Syusuke KUROIWA¹ (1.大成建設)

[1185] On the weiging method of concrete by using ordinary portland cement and type B portland blast-furnace slag cement

Tatsuki KANEKO¹, Tomotaka IDE¹, Mahito OKURA¹ (1.長谷工コーポレーション)

The 45th JCI Technical Conference

Sustainable Concrete (Material aspect)Ⅲ

Thu. Jul 6, 2023 1:30 PM - 3:30 PM Room 1 (国際会議室501)

座長:栗原遼大 (土木),金子樹 (建築)

+Add all to schedule

[1186] Basic physical properties of low carbon shotcrete using blast furnace slag and slaked lime as binders

Hiroki MIZUNO¹, Masahiro IWASAKI¹, Takayuki HIGUCHI¹, Akitoshi ARAKI¹ (1.デンカ)

[1187] Study on Void Ratio and Compressive Strength of Granulated Porous Concrete

Atsuki SHIGA¹, Atsuki HOSODA¹, Mitsuya MIYAMOTO² (1.横浜国立大学 2.長岡生コンクリート)

[1188] The influence of precipitated calcium carbonate, derived from carbon dioxide as raw material, that affects to the dispersion performance of the chemical admixture and strength property of the mortar.

Hironobu NISHI¹, Hironobu YAMAMIYA², Ryusuke TAMAISHI³, Takeshi TORICHIGAI⁴ (1.フローリック 2.ポゾリスソリューションズ 3.花王 4.鹿島建設)

[1189] Compressive Strength and Durability of Grout with Added Wasted Ginger

Maho SATO¹, Takuya KONDO¹, Katsunori YOKOI¹, Tatsuhiko MIMOTO² (1.高知工業高等専門学校 2.極東興和)

[1190] Properties of Recycled Fine Aggregate Carbonated by Methods in Air/Water and Effects on Fundamental Properties of Mortar

Yuto TAKEUCHI¹, Yosaku IKEO¹, Hiroshi KADOTA¹, Shogo KATAMURA¹ (1.竹中工務店)

[1191] Fundamental study on porosity estimation of pervious concrete using deep learning

Ridengaoqier E¹, Satoshi KURITA¹ (1.東京理科大学)

[1192] Compressive properties of porous concrete tested with varying stress rate and specimen size

Hideki TANAKA¹, Toshikatsu SAITO¹, Katsunori DEMURA¹ (1.日本大学)

[1193] STUDY ON EFFECTS OF WATER IMMERSION DECOMPRESSION TREATMENT AND CENTRIFUGAL DEWATERING TREATMENT ON MEASURING METHOD FOR VOID RATIO OF POROUS CONCRETE

Eisuke SAKAMOTO (広島工業大学)

The 45th JCI Technical Conference

Sustainable Concrete (Material aspect)Ⅳ

Fri. Jul 7, 2023 10:00 AM - 12:00 PM Room 1 (国際会議室501)

座長:近藤拓也 (土木),鹿毛忠継 (建築)

+Add all to schedule

[1194] Bond Properties between Corrugated Tube with Inserted Reinforcement Bar and Porous Concrete

Takamasa YAMAMOTO¹, Takuya OHATA² (1.愛知工業大学 2.豊田工業高等専門学校)

[1195] Mechanical Properties of Recycled Glass Fine Aggregate Mortar mixed with Mineral Admixtures under ASR Conditions

Hamin EU¹, Gyuyong KIM¹, Sujeong PYEON¹, Jeongsoo NAM¹ (1.忠南大学校)

[1196] Experimental study on physical properties and durability of cement-free type environmentally friendly concrete

Junichi MATSUMOTO¹, Kenichi HORIGUCHI¹ (1.大成建設)

[1197] Fundamental study on application to mixing water of calcium hydroxide solution injected by carbon dioxide

Masashi SHINSUGI¹, Kuniaki SAKURAI¹, Yoshikazu ISHIZEKI¹, kenji KAWAI² (1.大林組 2.広島大学)

[1198] Experimental investigation on the effect of mixing dry ice and γ-C₂S in concrete

Avadh KUMAR¹, Yuma YOSHIDA¹, Takeshi TORICHIGAI¹, Kenzo WATANABE¹ (1.鹿島建設)

[1199] Fundamental mechanical characteristics of hardened cement paste introducing amine

Ryoma KITAGAKI¹, Xinjie ZHUO¹, Tan PAN¹, Keiichi YANO² (1.北海道大学 2.清水建設)

[1200] Investigating the applicability of in-place formwork using carbonated concrete with precipitated calcium carbonate.

Hiroaki YAMANO¹, Takeshi TORICHIGAI¹, Kengo SEKI¹, Goro SAKAI¹ (1.鹿島建設)

[1201] Influence of Paste Viscosity on Mixing Properties of Coal Fly Ash Weight Mortar In Low water-binder ratio and Quality Control

Shota NOSAKI¹, Sigeru KINOSHITA², Yosuke NONAKA³, Hiroyuki KAGIMOTO¹ (1.電源開発 2.シーテック 3.セイア)

Events

A. Material & Construction » Sustainable Concrete (Material aspect)

Sustainable Concrete (Material aspect)Ⅰ

[1173] Fundamental Study on Carbon Capture Performance of Sprayed Rock Wool

[1174] Effect of carbonation treatment and original concrete on CO₂sequestration by recycled concrete fines

[1175] Development and evaluation of cement concrete for CO₂ emissions reduction

[1176] FUNDAMENTAL STUDY ON CO₂ FIXATION BY CONCRETE WITH ENHANCED WATER OR AIR PERMEABILITY USING FIBERS SUCH AS ALUMINUM

[1177] TOWARDS AMINE-BASED CO₂ CAPTURE IN CEMENT-BASED MATERIALS

[1178] Effect of analysis method of differential thermal analysis on calculated values of amount of carbon dioxide absorption in cement paste

Sustainable Concrete (Material aspect)Ⅱ

[1179] Experimental Study on Properties of Blast Furnace slag cement type A Concrete Produced by Mixing Different Cements

[1180] Study on CO₂ sequestration and strength development of mortar containing blast furnace slag fine powder and γ-C2S and carbonated under various temperature and humidity conditions

[1181] Fundamental Properties of Carbon Recycled Concrete with Calcium Carbonate

[1182] Study on Properties of High Volume GGBS Concrete with γ-C₂S by Accelerated Carbonation Curing

[1183] Fundamental Study on Cementless Materials Using Biomass Combustion Ash

[1184] Evaluation on basic properties of enviroment-friendly concrete using ground granulated blast-furnace slag and calcium stimulant to apply buildings

[1185] On the weiging method of concrete by using ordinary portland cement and type B portland blast-furnace slag cement

Sustainable Concrete (Material aspect)Ⅲ

[1186] Basic physical properties of low carbon shotcrete using blast furnace slag and slaked lime as binders

[1187] Study on Void Ratio and Compressive Strength of Granulated Porous Concrete

[1188] The influence of precipitated calcium carbonate, derived from carbon dioxide as raw material, that affects to the dispersion performance of the chemical admixture and strength property of the mortar.

[1189] Compressive Strength and Durability of Grout with Added Wasted Ginger

[1190] Properties of Recycled Fine Aggregate Carbonated by Methods in Air/Water and Effects on Fundamental Properties of Mortar

[1191] Fundamental study on porosity estimation of pervious concrete using deep learning

[1192] Compressive properties of porous concrete tested with varying stress rate and specimen size

[1193] STUDY ON EFFECTS OF WATER IMMERSION DECOMPRESSION TREATMENT AND CENTRIFUGAL DEWATERING TREATMENT ON MEASURING METHOD FOR VOID RATIO OF POROUS CONCRETE

Sustainable Concrete (Material aspect)Ⅳ

[1194] Bond Properties between Corrugated Tube with Inserted Reinforcement Bar and Porous Concrete

[1195] Mechanical Properties of Recycled Glass Fine Aggregate Mortar mixed with Mineral Admixtures under ASR Conditions

[1196] Experimental study on physical properties and durability of cement-free type environmentally friendly concrete

[1197] Fundamental study on application to mixing water of calcium hydroxide solution injected by carbon dioxide

[1198] Experimental investigation on the effect of mixing dry ice and γ-C₂S in concrete

[1199] Fundamental mechanical characteristics of hardened cement paste introducing amine

[1200] Investigating the applicability of in-place formwork using carbonated concrete with precipitated calcium carbonate.

[1201] Influence of Paste Viscosity on Mixing Properties of Coal Fly Ash Weight Mortar In Low water-binder ratio and Quality Control