人間環境学府 九州大学・釜山大学校都市・建築学国際連携専攻
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Yamaguchi Kentaro | Last modified date:2024.06.03 |
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Professor /
Structural Engineering and Disaster Mitigation Section
Department of Architecture and Urban Design
Faculty of Human-Environment Studies
Department of Architecture and Urban Design
Faculty of Human-Environment Studies
Graduate School
Undergraduate School
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Homepage
https://kyushu-u.elsevierpure.com/en/persons/kentaro-yamaguchi
Reseacher Profiling Tool Kyushu University Pure
Academic Degree
Doctor of Engineering
Country of degree conferring institution (Overseas)
No
Field of Specialization
Building Structure, Sustainable Building Structure
Outline Activities
At the Sustainable Building Structure Laboratory, we are addressing the study on the building structure which can accomplish reduction and reuse of building materials for “reduction of global environmental load.” Extension of life-span by repair of architecture is included in reduction of building materials, so we are also researching on structural preservation of historical architecture, and characteristics of building construction and structure used according to an environmental condition. In our study, the target structural systems are various. They are brick masonry, timber structure, historical reinforced concrete structure, mixed construction of reinforced concrete and brick masonry, vibration control system for steel frame structure, and so forth.
Research
Research Interests
Membership in Academic Society
- Development of new experimental reference specimens for masonry and application to seismic diagnosis and retrofitting
keyword : Historical Masonry, Reference Specimen, Failure Type, Shaking Table Test, Finite Element Analysis, Static Loading Test
2022.04. - Selection of materials and development of design and construction methods for constructing shell-like free curved surfaces by connecting elements
keyword : Shell and Spatial Structures, Free Curved Surface, Design Method, Construction Method, Connecting Elements
2020.04. - Development of a concrete block fence that is structurally resilient and has a high degree of freedom in planning
keyword : Concrete Block, Block Fence, Dry Construction Method, Prestress, Seismic Design, Tie Beam, Shaking Table Test, Natural Period
2019.04Earthquake Resilient Construction, Sustainable structural system, Reuse, Dry masonry, Damping Effect. - Development of the Wooden Earthquake Resisting Element Reusing Lumber Collected from Deconstructed Wooden Buildings
keyword : Reusing lumber, Wooden share wall, Braced frame
2011.04. - Liquefaction Countermeasure Technique by Piling of Lumber from Deconstructed Wooden Buildings
keyword : Reusing lumber, Liquefaction countermeasure, Cascade-type utilization
2011.04. - Retrofitting Method of Existing Unreinforced Masonry Structure
keyword : Seismic retrofit, Wall reinforcing
2010.04. - Site Investigation for Retrofit of Church and Long Term Maintenance of Wooden Structure
keyword : Wooden structure, Quasi-public building, Long term maintenance, Seismic retrofit, Reuse
2009.04. - Seismic Retrofit of World Heritage Site Buildings around Tabriz in Iran
keyword : Masonry, Brick, Historic building, Seismic retrofit, Bazaar, Church
2007.12Masonry, Brick, Historic Building, Seismic Strengthening, Bazaar. - Development of Technology that Utilizes Nonstructural Wall as Sustainable Damping Wall
keyword : Nonstructural wall, Damping effect, Friction joint, Sustainable technology, Reuse
2006.03Nonstructural Wall, Damping Effect, Friction Joint, Sustainable Technology, Reuse. - Development of Damping Wall by Friction-resistant Dry-masonry Structure
keyword : Earthquake resilient construction, Recycling-oriented building structure, Reuse, Dry masonry, Damping effect, Concrete block
2006.01Earthquake Resilient Construction, Sustainable structural system, Reuse, Dry masonry, Damping Effect. - Utilizing Large Quantity of Coal Ash for Concrete Effectively
keyword : Concrete engineering, Stabilization of coal ash, Slurrying treatment
1995.04Concrete engineering, Stabilization of coal ash, Slurrying treatment. - Clarification of Mechanical Characteristics and Buildup of Design Method about Unbond Structure (Earthquake Resilient Construction) that Makes Building Materials Reusable
keyword : Earthquake resilient construction, Itacolumite, Reuse, Dry masonry, Distributed unbond prestress, Brick
1994.04Earthquake Resilient Construction, Itacolumite, Reuse, Dry masonry, Distributed Unbond Prestress. - Quality Control of Concrete by Ultrasonic Wave
keyword : Quality control of concrete, Ultrasonic transverse wave
1992.04Quality control of concrete, Ultrasonic transverse wave.
- Development of the built-up damping wall by dry-masonry of concrete blocks
- Development of Integrated Assessment Prototype System for Sustainable City in East Asian Countries
Books
1. | Toshikazu Hanazato, Eisuke Nishikawa, Kazuyuki Yano, Hajime Yokouchi, Yuga Kariya, Kentaro Yamaguchi, 他35名, EARTHQUAKE DISASTER PREVENTION OF CULTURAL HERITAGES -EXPERIENCE AND DEVELOPMENT IN JAPAN-, ICOMOS Japan, 全201ページ pp.77-79, 170-173の執筆を担当, 2023.08, [URL], この刊行物の出版元であるICOMOS Japan(日本イコモス国内委員会)は、ユネスコの諮問機関である国際記念物遺跡会議(ICOMOS/ International Council on Monuments and Sites)の日本支部にあたる学会で、建造物等の文化遺産の保存および活用の推進を活動の目的としている。この刊行物は、2011年の東日本大震災や2016年の熊本地震で被災した文化財建造物の復旧や耐震改修の取り組みを紹介しながら、今後、国内外での発生が予想される地震による文化財建造物の被害軽減に活用されることを目的として、歴史的な建造物や文化遺産、建築構造等の専門家41名が共同で執筆したものである。当人は、建設され始めてから近年ようやく100年程度が経過し、国内外で増加しつつある鉄筋コンクリート造の文化財建造物の地震被害の復旧や耐震補強法と、2016年熊本地震で被災した鉄筋コンクリート造の文化財である本妙寺仁王門の復旧や耐震補強法に関する節の執筆を担当した。. |
2. | Keiyo Fujihara, Kazuhiro Fujikawa, Tamotsu Furukawa, Toshikazu Hanazato, Kentaro Yamaguchi, 他21名, The Kumamoto Earthquake –Report on the Damage to the Cultural Heritage–, ICOMOS Japan, 全95ページ pp.8-10, 16-17, 43-45の執筆を担当, 2017.12, [URL]. |
3. | Toshikazu Hanazato, Yasushi Sanada, Tatsuo Narafu, Kentaro Yamaguchi, 他6名(Scientific Sub-Committee on Seismic Performance of Masonry Constructions in Foreign Countries), Technical Information for Disaster Mitigation of Masonry Structures, Architectural Institute of Japan, Managing Committee on Box-Shaped Wall Structures, Architectural Institute of Japan, Managing Committee on Box-Shaped Wall Structures, 全120ページ pp.41-64の執筆を担当, 2017.03, [URL]. |
4. | Andrew Charleson, Kentaro Yamaguchi, Toshikazu Hanazato, Yuji Ishiyama, 他16名, TOWARDS RESILIENT NON-ENGINEERED CONSTRUCTION – GUIDE FOR RISK-INFORMED POLICY MAKING, UNESCO, 全166ページ pp.91-97の執筆を担当 ISBN UNESCO 978-92-31-001741, 2016.10, [URL]. |
Reports
Papers
Presentations
- Architectural Institute of Japan
- Japan Concrete Institute
- ICOMOS Japan
Educational
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