2011 - Development of various functional building materials
2011 - Development of strengthening methods of structural members using continuous fiber reinforcements
2008 - Development of blast-resistant strengthening methods of reinforced concrete members
2003 - Study on application of new fiber reinforced concrete to bast-resistant structures
2001 - Development of fiber reinforced concrete with new materials
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Papers (91):
Shintaro MORISHIMA, Makoto YAMAGUCHI, Soshiro SHIBUYA, Atsuhisa OGAWA, Takashi KATAYAMA. Effect of Material Factors on Local Failure of PVA Fiber Reinforced Mortar Slabs under Contact Detonation. Journal of Structural and Construction Engineering (Transactions of AIJ). 2020. 85. 771. 779-789
Makoto YAMAGUCHI, Keiji KAWAI, Reiji TOMIKU, Noriko OKAMOTO. Sound Absorption Property of Porous Mortar Boards and Their Application to Wooden Floor. Architectural Acoustics and Noise Control. 2019. 48. 4. 33-38
YAMAGUCHI Makoto, NAGATO Takeyuki, MORISHIMA Shintaro, MURAKAMI Kiyoshi, TAKEDA Koji, SATOH Ayumi. Development of Impact/Blast-Resistant Members Using Cementitious Composites Including High-Volume Short Fiber : Part 1 Impact Resistance of PEFRC and SIFCON. 2016. 55. 29-32
SATOH Ayumi, SAWAKI Kai, MITARAI Shun, TAKEDA Koji, MURAKAMI Kiyoshi, YAMAGUCHI Makoto. FEM Analysis on Debonding Behavior of the Interface between UHPFRC and Concrete. 2016. 55. 45-48
Fundamental Properties of Underwater Grout for Sea and Development of a Coral Transplanting Technology using the Grout
(AIJ Kyushu Chapter Architectural Research Meeting 2020)
A Numerical Study on Damage of Strengthened Concrete Members Subjected to Detonation Loadings (Part 2 Three-Dimensional Analysis by SPH method)
(AIJ Kyushu Chapter Architectural Research Meeting 2020)
Blast Resistance of Slurry Infiltrated Fiber Concrete and Development of a Laminated Blast-Resistant Member using the Concrete (Part 2 Development of a Laminated Blast-Resistant Member)
(AIJ Kyushu Chapter Architectural Research Meeting 2020)
Blast Resistance of Slurry Infiltrated Fiber Concrete and Development of a Laminated Blast-Resistant Member using the Concrete (Part1 Investigation on Reduction Rate of Spall limit)
(AIJ Kyushu Chapter Architectural Research Meeting 2020)
Effect of Fiber Volume Fraction on Blast Resistance of PVA Fiber Reinforced Mortar against Contact Detonation
(AIJ Kyushu Chapter Architectural Research Meeting 2020)
THE SOCIETY OF MATERIALS SCIENCE, JAPAN
, JAPAN EXPLOSIVES SOCIETY
, 防衛施設学会
, 日本建築仕上学会
, 日本コンクリート工学会
, 日本建築学会
, Japan Concrete Institute
, Architectural Institute of Japan