Research field (2):
Civil engineering (materials, implementation, construction management)
, Civil engineering (materials, implementation, construction management)
Research keywords (4):
アコースティックエミッション
, コンクリートの破壊力学
, fracture mechanics of concrete
, acoustic emission
Research theme for competitive and other funds (6):
AE手法によるコンクリートの引張軟化過程の解析
コンクリートにおける破壊進行領域の微視力学的解析
アコースティックエミッションによるコンクリートの損傷度評価
Analysis of tension softening process in concrete by acoustic emission technique
Micromechanical analysis of fracture process zone in concrete
Evaluation of damage in concrete by acoustic emission
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Papers (14):
緑川 猛彦, 伊藤 洋輔, 山ノ内 正司. The Effects of Addition of Alumina-based Compounds on Generation of Friedel's Salt in Cement Paste. 研究紀要 = Research reports,Fukushima National College of Technology. 2015. 56. 37-41
Midorikawa Takehiko, Negishi Yoshikazu, Suzuki Shigekazu, Toyoshima Susumu, Yamanouchi Masaji. Engineer Education guided by Enterprise Engineers with Hands-on Contest. Japanese colleges of technology education journal. 2011. 34. 553-558
YAMANOUCHI Masaji. Evaluation of Fracture Mechanisms in Concrete using Quantiative AE Analysis. Research reports, Fukushima National College of Technology. 2004. 44. 25-30
Evaluation of Fracture Mechanisms in Concrete using Quantitative AE Analysis. Research Reports Fukushima Nationall College of Technology. 2003. 44, 25-30
Evaluation of Damage in Concrete by AE-Method. Proceedings of The 6th National Conference on Acoustic Emission. 1987
On the Absolute Caliblation of PZT AE Transducer. Research Reponts Fukushima National College of Technology. 1982. 18. 1. 57-62