Simulation methods for Fluidity of fresh concrete.
スポンサーリンク
概要
著者
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Tanigawa Y
Department Of Architecture Graduate School Of Engineering Nagoya University
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Mori Hiroshi
Nagoya University, Department of Architecture
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Tanigawa Yasuo
Nagoya University, Department of Architecture
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Tanigawa Yasuo
Department Of Architecure Graduate School Of Engineering Nagoya University
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Mori Hiroshi
Nagoya University Department Of Architecture
関連論文
- SIMULATION OF CONSISTENCY TESTS FOR HIGH-FLUIDITY CONCRETE BY VISCOPLASTIC DIVIDED SPACE ELEMENT METHOD
- EXPERIMENTAL AND ANALYTICAL STUDIES ON PROPAGATION OF VIBRATION IN FRESH CONCRETE
- MICROSCOPIC STUDY ON VISCO-ELASTIC LIMIT OF CEMENTITIOUS MATERIALS
- STUDY ON INFLUENCE OF VARIOUS ADDITIVES ON SEGREGATION RESISTIVITY OF FRESH CONCRETE
- A STUDY ON EFFECT OF SUPERFINE POWDERS ON FLUIDITY OF CEMENT PASTE
- ANALYTICAL STUDY ON VIBRATION TRANSMISSION PROPERTIES OF FRESH CONCRETE
- A Study on Effect of Superfine Powders on Fluidity of Cement Paste
- FUNDAMENTAL STUDY ON FLOWING PROCESS OF MAIRIX MORTAR BASED ON FILTRATION THEORY
- MODEL ANALYSIS ON EFFECT OF MICRO PARTICLE ON FAILURE PROPERTIES OF CONCRETE
- ANALYTICAL STUDY ON DYNAMIC PROPERTIES OF CONCRETE UNDER HIGH-SPEED COMPRESSIVE LOADING
- FLOW SIMULATION OF FRESH CONCRETE CAST INTO WALL STRUCTURE BY VISCOPLASTIC DIVIDED SPACE ELEMENT METHOD
- ANALYTICAL STUDY ON EFFECT OF VOLUME FRACTION OF COARSE AGGREGATE ON BINGHAM'S CONSTANTS OF FRESH CONCRETE
- EXPERIMENTAL STUDY ON ADHESIVE AND HIGH SPEED SLIPPING PROPERTIES OF VISCOPLASTIC MATERIALS
- FUNDAMENTAL STUDY ON SEGREGATION RESISTIVITY OF FRESH CONCRETE
- ANALYTICAL STUDY ON TENSILE AND BENDING FAILURES OF CONCRETE BY VISCO-ELASTO-PLASTIC SUSPENSION ELEMENT METHOD
- ANALYSIS OF COMPRESSIVE FRACTURE OF CONCRETE BY VISCO-ELASTO-PLASTIC SUSPENSION ELEMENT METHOD USING DELAUNAY TRIANGULATION
- STUDY ON EFFECT OF VOLUME FRACTION OF COARSE AGGREGATE ON COMPRESSIVE FAILRE OF CONCRETE
- STUDY ON EFFECTS OF SIZE AND ARRANGEMENT OF COARSE AGGREGATE ON COMPRESSIVE FRACTURE BEHAVIOR OF CONCRETE
- Simulation methods for Fluidity of fresh concrete.