Academic Staff and Fellows
- FUMOTO Takayuki
- Professor Doctor of Engineering
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Department/Civil and Environmental Engineering
Civil and Environmental Engineering
Graduate school/Environmental Engineering
The fundamental properties and degradation mechanisms of construction materials under various environmental conditions such as loading, drying, heating, freezing, etc., are clarified using a visualization method based on three-dimensional X-ray CT images. Based on the results, we are devising useful utilization methods and material production methods, such as the use of recycled materials and the development of artificial rocks.
Inside of an X-ray CT that can take images under the load.
| Research Area | Concrete Engineering, Construction Materials, Environmental Materials |
|---|---|
| Teaching (Undergraduate Course) | Construction Materials, Construction Recycling Engineering, General Exercise 1, Environmental Engineering Experiments, Basic Seminar 1-2, Disaster Prevention Engineering, Graduation Research Seminar, Graduation Research, Introduction to Civil and Environmental Engineering |
| Teaching (Graduate Course) | Advanced Materials Science, Advanced Material Properties Engineering Special Studies in Construction Materials, Materials and Ground Engineering Exercises |
| Research Interests | Visualization of the interior of materials using X-ray CT and evaluation using image measurement Fundamental properties and deterioration mechanisms of concrete Characteristics of concrete using recycled materials Crack resistance of asphalt mixtures |
| Selected Publications |
(1) Kan Seiyo, Takayuki Fumoto and Yuta Yamada: Investigation of corrosion crack propagation in specimens with different rebar spacing using X-ray CT method, Proceedings of Repair, Strengthening and Upgrading of Concrete Structures 24, pp.759-764, October 2024 (2) Takayuki Fumoto, Shintaro Kikuchi, Takahito Tatsumi and Yasuhiro Mikata: Study on ASR Expansion Process in Constrained Mortar Specimen Using X-ray CT, Proceedings of Repair, Strengthening and Upgrading of Concrete Structures 23, October 2023 (3) T. Fumoto, Y. Nakamatsu, Y. Takada and T. Murata: Evaluation of Frost Deterioration Progress from the Edge of Specimen by Measuring Internal Deformation Using X-ray CT Images, Proceedings of the Japan Concrete Institute, Vol. 45, No. 1, pp. 562-567, July 2023 |
| Research and Achievements | |
| Affiliated Academic Societies | Japan Society of Civil Engineers (JSCE), Japan Concrete Institute (JCI), Japan Society for Material Science (JSME), Architectural Institute of Japan (AIJ), Japan Society for Material Science (JSME), Japan Society of Aggregate and Resource Engineering (JSRAE) |
| Education (Undergraduate Course) |
Osaka City University |
| Education (Master's/Doctral Course) |
Osaka City University |
| Title of Thesis, Institute, Date | Physical Properties of Recycled Fine Aggregate and Crushed Stone Powder and Their Applicability to Concrete, Osaka City University, 2004.12. |
| Biography | 1999.4 Osaka City University, Assistant professor 2006.4 Kindai University, Lecturer 2014.4 Kindai University, Associate Professor 2020.4 Kindai University, Professor |
| Awards | THE BEI PAPER AWARD, Bridge Engineering Institute 2023, 2023 7. |
| Interests and Others | Walking in the town, Driving, Visiting ramen shops |
Environment Material Laboratory
fumoto（at）civileng.kindai.ac.jp
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