JCPR

Articles

Volume 16, Number S1, 1-161, November 2015

[Articles]

Cementitiuous materials for crack self-healing concrete

Kwang Bo Shima, Toshiharu Kishib, Chang-Sik Choic and Tae-Ho Ahna,*

2015; 16(S1): 1-13

Intelligent resilience of cementitious materials for marine infrastructures

N. Han* and F. Xing

2015; 16(S1): 14-21

Elucidation of rapid reduction of water flow through concrete crack regarded as self-healing phenomenon

Hayato Ikomaa, Toshiharu Kishib*, Yuya Sakaib and Muzafalu Kayondoa

2015; 16(S1): 22-27

Design of fire resistant concrete using combined fibers

Youngsun Heoa and Kyoungmin Kimb,*

2015; 16(S1): 28-32

Crack self-healing technology based on bacteria

M.G. Sierra Beltran and H.M. Jonkers*

2015; 16(S1): 33-39

Influence of lead, chromium and zinc ions as toxic heavy metals between C-S-H phases based on C3S

Tae-Ho Ahna, Kwang-Bo Shima and Kwang-Ho Shob,*

2015; 16(S1): 40-44

Effects of air-cooled blast furnace slag fine aggregate in mortar with self-healing capability exposed to sulfuric acid attack

Jae-Suk Ryoua, Sang-Won Haa, Tae-Ho Ahnb,* Sin-Young Bangb and Kwang Bo Shimc

2015; 16(S1): 45-49

Crack repair effects of injection method using organic/inorganic composite materials

Kyoung-Min Kima, Tae-Ho Ahnb*, Kwang-Bo Shimb, Sin-Young Bangc, Jun-Hui Parkc and Kwang-Ho Shod

2015; 16(S1): 50-55

Influence of steel fiber content and aspect ratio on the strength of high strength concrete

Dongyeop Hana, Kyoung-Min Kimb*, Gun-Cheol Leec, Jung-Gu Choid and Gyung-Taeg Kohe

2015; 16(S1): 56-62

Effect of granules on the workability and the recovery of water tightness of crack self-healing concrete

Toshiharu Kishia, Takao Koideb and Tae-Ho Ahnc,*

2015; 16(S1): 63-73

Mechanical behavior of a capsule embedded in cementitious matrix-macro model and numerical simulation

X.F. Wanga, F. Xinga,*, Q. Xiea, N.X. Hana, T. Kishib and T.H. Ahnc

2015; 16(S1): 74-82

The control of self-healing time of granulated expansive agent by water-soluble film coating

Y.S.Lee and J.S. Ryou*

2015; 16(S1): 83-88

Experimental study on self-healing effect of FRCC with PVA fibers and additives

Tomoya Nishiwaki*, Haruka Sasaki and Suk-Min Kwon

2015; 16(S1): 89-94

A study on new repair methods for subway tunnels using crack self-healing technologies

Tetsuya Murakamia, Tae-Ho Ahnb*, Tatsuro Hashimotoc, Norihiko Ogurac, Toshiharu Kishid and Kwang Bo Shime

2015; 16(S1): 95-97

Application of intelligent material in concrete for avoiding cracking

Zhihai Lina,* and Toshiharu Kishib

2015; 16(S1): 98-103

An experimental study on development of construction concrete products using wastepaper

Hyung-Suk Junga, Hyun-Ki Choib and Chang-Sik Choia,*

2015; 16(S1): 104-109

Introduction to mineral hydrate insulation

Yong-Sik Chu*, Jae-Wan Park and Jae-Hyun Jeong

2015; 16(S1): 110-113

Crack self-healing behavior in silicon carbide composite ceramics to secure structural integrity and improve economics

Pete Sihyun Leea, Tae-Ho Ahnb, Sung-Hun Kimc, Hyun-Mi Kimc and Kwang-Bo Shimb,*

2015; 16(S1): 114-131

Various non-destructive tests for infrastructures in JAPAN

Norihiko Oguraa, Hiroshi Nishia, Hideki Manabea and Tae-Ho Ahnb*

2015; 16(S1): 132-137

Effect of incorporation of self healing admixture (SHA) on physical and mechanical properties of mortars

Byung Wan Joa, M.Ali Sikandarb*, Zafar Balochb, R.M.Asad Khanb

2015; 16(S1): 138-143

Development of the inorganic water-stop agent for water leakage of concrete infrastructures

Kyoung-Min Kima and Tae-Ho Ahnb*

2015; 16(S1): 144-148

A Study on the reinforced CFS using the concept of self-healing repair methods in bottom side for damaged highway RC slabs

Chan-Ho Wona, Tadashi Abeb, Tae-Ho Ahnc, Kwang-Bo Shimc and Byung-Wan Jod,*

2015; 16(S1): 149-155

Feasibility study on the fatigue characteristics of the reinforced CFS with selfhealing repair methods for RC slabs

Tadashi Abea, Chan-Ho Wonb*, Tae-Ho Ahnc, Kwang Bo Shimc and Byung-Wan Jod

2015; 16(S1): 156-161