[1001]Influence of fine aggregate type, sand percentage and humidity during surface abrasion on texture and skid resistance of concrete pavement
Taiju ENDO1, Hidefumi IZUO2, Atushi UENO3(1.住友大阪セメント 2.セメント協会 3.東京都立大学)
Search Criteria
Keywords :
Year :
2013 - 2025
Search across all events. Up to 10,000 search results will be displayed.
-
Search Criteria
| Keywords : | |
|---|---|
| Year : | 2013 - 2025 |
Search across all events. Up to 10,000 search results will be displayed.
-
Search Results(6,575)
[1002]Effect of curing method on strength development and CO₂ emission of blast furnace slag-containing concrete using C-S-H hardening accelerator
Harutake IMOTO1, Shinichi KOIZUMI1, Chandra Kiran VINUKONDA1, Masanobu SHIMADA1(1.シーカ・ジャパン)
[1003]Experimental research on the development of ultra-high-strength concrete with a compressive strength of over 180 N/mm² for precast concrete piles by pouring
Takemi SUGAWARA1, Hiromi FUJIWARA2(1.トーヨーアサノ 2.宇都宮大学)
[1004]Effect of secondary curing with Foam on Various properties of steam cured mortars
Miina HARA1, Mizuki TAKIGAWA2, Katsunobu SHINKAI3, Shigeyuki DATE1(1.東海大学 2.秋田大学 3.住友大阪セメント)
[1005]Research on the development of low-carbon concrete for precast materials
Toshio URANO1, Toshiya MIZOGUCHI2, Yasushi MATSUMOTO2, Manabu MATSUDA2(1.久留米工業大学 2.ヤマックス)
[1006]Study on application of High‐flowable concrete requiring compaction to PCaPC members
Ryoichi KAWANAKA1, Kyousuke SONODA1, Takashi FUJII2, Toshiki AYANO2(1.ピーエス・コンストラクション 2.岡山大学)
[1007]Evaluation of blast furnace slag-containing concrete with C-S-H based hardening accelerator in precast concrete production under low temperature environment
Koichi TANAKA1, Takashi TOSHIGAMI1, Takashi HIU1, Harutake IMOTO2(1.ヤマウ 2.シーカ・ジャパン)
[1008]Characteristics of Concrete Using HIGH- EARLY STRENGTH CEMENT WITH HIGH C₃A CONTENT
Shumpei FUKATANI1, Masao ISHIDA1, Mikihisa AMANO1(1.太平洋セメント)
[1009]Effect of curing method on the relation between equivalent age and compressive strength of precast concrete
Katsunobu SHINKAI1, Hisashi SAITO1, Yuki OHNO2, Shinichiro HASHIMOTO2(1.住友大阪セメント 2.千葉工業大学)
[1010]Study on the estimation method of compressive strength based on the maturity of concrete subjected to temperature history curing
Yuji TADOKORO1, Atsushi UENO2, Tomohisa KAMADA2, Kentaro OHNO2(1.興建産業 2.東京都立大学)
[1011]Effect of high-temperature curing on the strength of high-strength concrete with high substitute blast furnace slag fine powder and its evaluation
Yuichi KITANO1, Satoshi SUZUKI1, Yoshitada AKIYOSHI2, Toshihiro OTANI2(1.川田建設 2.大分大学)
[1012]Effect of post-curing on water penetration behavior of temperature history cured concrete with blast furnace slag
Eiki HORIZUMI1, Atsushi UENO1, Tomohisa KAMADA1, Kentato OHNO1(1.東京都立大学)
[1013]Study on the strength of ultra rapid hardening precast concrete using binder with high blast furnace slag content
Masashi SHIBATA1, Yukiko NISHIOKA1, Yuto TANAKADATE2, Tomonori KONDO3(1.竹中工務店 2.デンカ 3.竹本油脂)
[1014]Strength and durability of pre-cast prestressed concrete using blast furnace slag
Masahiro KIMURA1, Ryoichi KAWANAKA2, Takashi FUJII1, Toshiki AYANO1(1.岡山大学 2.ピーエス・コンストラクション)
[1015]Evaluation on Various Durability of Precast Concrete Products Using Both High Amount of Granulated Blast Furnace Slag and High-Early-Strength Portland Cement
Shouta SENOUE1, Gohta AINAI1, Katsuki MIZUNO2, Ichiro IWAKI1(1.日本大学 2.丸栄コンクリート工業)
[1016]A study of the effects of temperature and relative humidity on the rate of carbonation and pore structure of concrete
Mio SAKAI1, Hiroaki YAMANO1, Kengo SEKI1, Takeshi TORICHIGAI1(1.鹿島建設)
[1017]Experimental study on carbonation curing method assuming actual structure
Tomoyuki KARASAWA1, Keisuke IWAKI1, Kengo SEKI2, Goro SAKAI2(1.鉄建建設 2.鹿島建設)
[1018]Influence of carbonation progress and calcination temperature of waste mortar on reactivation
Koki NISHIGAKI1, Ryo KURIHARA1, Ippei MARUYAMA1(1.東京大学)
[1019]Analysis of carbon content of carbonated cement paste using a microscope with elemental analysis unit
Yuki YOKOKAWA1, Michiko MIYATA1, Kosuke YOKOZEKI1, Takeshi TORICHIGAI2(1.東洋大学 2.鹿島建設)
[1020]Construction of bridge substructures using concrete highly containing blast furnace slag powder, using blast furnace slag as fine aggregate.
Michiaki OYADO1, Magofumi SONOI1, Daisuke KUNIOKA1, Hiroshi AKIYAMA1(1.錢高組)
[1021]Management of Production and Quality in Construction of the Concrete that Considered for Environmental Load Manufactured by Cumulative Weighing of Binders
Gota KISHIMOTO1, Masayuki YASUDA1, Satoshi OGA1, Takeo KATAWAKI1(1.東洋建設)
[1022]Impact on Properties of Concrete with Large Amounts of Ground Granulated Blast Furnace Slag by Addition of Lithium Nitrite
Hideki MURATA1, Yuji YAMADA1, Hikaru YUJI2, Hirotaka HAZEHARA3(1.山口大学 2.東洋建設 3.福岡大学)
[1023]Properties of concrete using high replacement of ground granulated blast-furnace slag with lithium nitrite added
Jun USHIDA1, Hirotaka HAZEHARA1, Ryota HASHIMOTO1, Hikaru YUZI2(1.福岡大学 2.東洋建設)
[1024]Basic properties and resistance performance against carbonation of non-cement concrete activated by calcium hydroxide and amino acid
Ryo AKASAKA1, Takao UEDA1(1.徳島大学)
[1025]Strength development of cement-based matrix incorporating high volume limestone powder
Shuta AOSHIMA1, Motohiro OHNO1, Ryota KURIHARA1, Tetsuya ISHIDA1(1.東京大学)
[1026]Experimental Study on Fundamental Properties of Concrete with Volcanic Glass Powder
Shuhei MIGITA1, Shingo KUSUMI1, Yuuta NAKAMURA2, Tomoya NAGAI2(1.戸田建設 2.西松建設)
[1027]Effect of CO₂ immobilization of Polypropylene Fiber Using Amine as surface treatment agents in γ-C₂S Mixed Concrete
Kohei EGUCHI1, Daijirou TSUJI1, Kotaro ISHII2(1.竹中工務店 2.大和紡績)
[1028]Study on the effect of γ-C2S and pre-curing period on the hardened properties and CO2 fixation of high content ground granulated blast furnace slag concrete
Kazuki FUJITA1, Kensuke YAMAGUCHI1, Tomohiro KANAZAWA1, Kohei EGUCHI2(1.日鉄セメント 2.竹中工務店)
[1029]Study on Compressive Strength Characteristics and CO₂ Emissions of High Content Slag Cement Mixed with Carbonated Recycled Fine Powder
Tatsuya ASAI1, Kouhei EGUCHI1, Daijirou TSUJI1, Masarou KOJIMA1(1.竹中工務店)
[1030]Research on various properties of concrete using ternary composite cement
Mikihisa AMANO1, Takao OCHIAI1, Masao ISHIDA1, Yoshifumi HOSOKAWA1(1.太平洋セメント)
[1031]Stady on Various Properties and CO₂ Reduction Effects of Concrete Using Limestone-Blast Furnace Slag Blended Cement in Indoor and Exposure Environments
Taiki WATANABE1, Yoshifumi OHGI1, Yoshifumi HOSOKAWA1(1.太平洋セメント)
[1032]Physical Properties and CO₂ Reduction Effect of Limestone-Blast Furnace Slag Blended Cement
Kazuki KOBAYASHI1, Yoshifumi OHGI1, Yoshifumi HOSOKAWA1, Masao ISHIDA1(1.太平洋セメント)
[1033]Application of low-carbon concrete with CCU powder to construction work
Hiroto TANAKA1, Yasumichi KOSHIRO1, Kenji NAMIKI1, Yuta INOUE1(1.大林組)
[1034]PROPERTIES OF CONCRETE INCORPORATING ONLY BLAST FURNACE SLAG BY-PRODUCTS EXPOSED TO SALT DAMAGE ENVIRONMENT FOR 6.5 YEARS
Iku OZAWA1, keiichi IMAMOTO1, Chizuru KIYOHARA1, Junyi CHEN2(1.東京理科大学 2.日鉄高炉セメント)
[1035]Evaluation of the effect of curing agent on moisture loss in cement mortar for CO₂ emissions reduction
Kotaro UETANI1, Minato SUZUKI1, Tomoya NISHIWAKI1, Kazuhisa OKADA2(1.東北大学 2.竹本油脂)
[1036]Basic Physical Properties of Precast Reinforced Concrete Products Mixed with Biochar
Amin Khalili AHMAD RIZAL1, Yuuji KUNII1, Akira MIYAZAWA1, Hirokazu TANAKA2(1.昭和コンクリート工業 2.清水建設)
[1037]Development environmental load-reducing concrete for precast prestressed concrete
Aoi SHIINO1, Hirokazu NAKASE2(1.ピーエス・コンストラクション)
[1038]Manufacturing precast products using concrete that balances resource circulation and maximizes CO₂ fixation
Atsushi SATIO1, Yoshiyuki SUZUKI1, Ryoichi TAKAGI1, Mamoru SAKAMOTO1(1.安藤・間)
[1039]Effect of Sulfur Trioxide Content in Binder with High Ground Granulated Blast Furnace Slag on Fundamental Properties of Concrete
Runa YAHIRO1, Takuma FUJISAWA1, Yasuhiro DAN1, Kohei EGUCHI2(1.日鉄高炉セメント 2.竹中工務店)
[1040]Effect of steam curing on precast concrete using a massive amount of ground granulated blast-furnace slag
Ryota HASHIMOTO1, Hirotaka HAZEHARA1, Jun USHIDA1, Koichi TANAKA2(1.福岡大学 2.ヤマウ)
[1041]Fundamental study on environmentally friendly concrete using part of ordinary Portland cement replaced with ground granulated blast furnace slag
Ryuichiro MINE1, Katsuhito KOMIYA1, Taku MATSUDA1, Shintaro WAKABAYASHI1(1.三井住友建設)
[1042]APPLICABILITY OF ENVIRONMENTALLY FRIENDLY CONCRETE FOR USE IN INTERLOCKING BLOCKS
Naoto KONDO1, Yasuhiro DOSHO1, Ryuzo KAMISHITA1, Phuong DAO THI2(1.名城大学 2.鹿島道路)
[1043]Effect of Slaked Lime and Anhydrite on Setting and Strength Development of Cement-Free Mortar using GGBFS as Cementitious Material
Misayo TANI1, Noriyuki SUGATA1(1.室蘭工業大学)
[1044]Effect of Alkaline Activators on the Basic Properties of Mortar Using Large Amount of Ground Granulated Blast Furnace Slag
Yuta FURUKAWA1, Kotaro YAMASHITA2, Atsushi KAWAMATA3, Gota KISHIMOTO4(1.東急建設 2.鴻池組 3.鉄建建設 4.東洋建設)
[1045]Study on the Application of Pulverized Domestic Rice Husk Ash to Concrete
Shigetada HATAKEYAMA1, Ysutaka SAGAWA2, Koji HARADA3, Uki KIMURA2(1.富士ピー・エス 2.九州大学 3.西松建設)
[1046]Quality evaluation of biochar as a concrete material and the effect of its physical properties on concrete
Keiji YUKITA1, Shinnya YAMAMOTO1, Yasuhiro KURODA1, Hirokazu TANAKA1(1.清水建設)
[1047]Study on TSC using crushed concrete with carbon dioxide absorption
Tatsurou HATANAKA1, Satoshi MAEHARA2, kenji HAYAKAWA2, Takeshi IYODA3(1.東急建設 2.東急建設技術研究所 3.芝浦工業大学)
[1048]DEVELOPMENT OF ECO-FRIENDLY CONTROLLED LOW-STRENGTH MATERIAL UTILIZING FRESH CONCRETE WASTE AND BY-PRODUCTS
Ebsa HATEU1, Akira HOSODA1, Thang Ngoc PHAN2, Mitsuya MIYAMOTO3(1.Yokohama National University 2.University of Technology and Education, The University of Danang 3.Nagaoka Ready-Mixed Concrete Company)
[1049]STUDY ON FABRICATION OF ANISOTROPIC CEMENT-BASED MATERIALS WITH ALIGNED PORE STRUCTURES USING FREEZE CASTING METHOD
Dianchao WANG1, Takafumi NOGUCHI1, Keiichi YANO2, Yuya YODA2(1.東京大学 2.清水建設)
[1050]CARBONATION BEHAVIOUR OF CALCIUM HYDROXIDE AND CALCIUM SILICATE HYDRATES IN CEMENT PASTES
Wataru SAKAMOTO1, Natsuki YOSHIDA2, Yosaku IKEO3, Daiki ATARASHI1(1.島根大学 2.大阪大学 3.竹中工務店)
6,575 results ( 1 - 50 )
- 1
- ...