GUPTA Supratic | Department of Civil Eng. , Nagoya Institute of Technology
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概要
関連著者
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Gupta Supratic
Department Of Civil Eng. Gunma University
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GUPTA Supratic
Department of Civil Eng. , Nagoya Institute of Technology
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GUPTA Supratic
Department of Civil Engineering, Nagoya University
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TANABE Tada-aki
Department of Civil Engineering, Nagoya University
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Tanabe Tada-aki
Department Of Civil Eng. Nagoya University
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TANABE Tada-aki
Department of Civil Eng. , Nagoya University
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Tsuji Yukikazu
Department Of Civil Eng. Gunma University
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Tanabe Tada-aki
Department Of Civil Eng. Nagoya University Professor
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Umehara Hidetaka
Department Of Civil Enginnering Nagoya Institute Of Technology
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TSUJI Yukikazu
Department of Civil Engineering at Gunma University
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Tanabe Tada-aki
Department Of Civil Engineering At Nagoya University
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HIGUCHI Masanori
Technical Research Inst., Mitsui Const. Co. Ltd.
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SUGIYAMA Takafumi
Department of Civil Eng., Gunma University
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Higuchi Masanori
Technical Research Inst. Mitsui Const. Co. Ltd.
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Sugiyama Takafumi
Department Of Civil Eng. Gunma University
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Nasir Shahid
Department Of Civil Engineering Nagoya Institute Of Technology
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Gupta Supratic
Department Of Civil Engineering Gunma University
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Gupta Supratic
Department Of Civil Eng. Nagoya Institute Of Technology Research Associate D. Eng.
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Gupta Supratic
Department Of Civil Eng. Nagoya Institute Of Technology
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UMEHARA Hidetaka
Department of Civil Enginnering, Nagoya Institute of Technology
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Umehara H
Nagoya Inst. Of Tech.
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HIDETAKA Umehara
Department of Civil Eng. , Nagoya Institute of University
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Tsuji Y
Gunma Univ.
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JIN Yong
Department of Molecular Biology, Seoul National University
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TAKEGAHARA Hitoei
Department of Civil Eng., Gunma University
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Takegahara Hitoei
Department Of Civil Eng. Gunma University
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Jin Yong
Department Of Molecular Biology Seoul National University
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JIN Yong
Department of Civil Eng., Gunma University
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JIN Yong
Department of Chemical Engineering, Nagoya University
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GUPTA Supratic
Department of Civil Eng., Gunma University
著作論文
- Simplified Nonlinear Analysis of RC Members with consideration of Pullout Effect
- Application of Unified Concrete Plasticity Model Incorporating Fracture Energy and Tension Stiffening Effect
- Study on Characteristics of Expansive Concrete
- LIMITATION OF THE UNIFIED CONCRETE PLASTICITY MODEL AND ITS MODIFICATIONS
- THREE DIMENSIONAL ANALYSIS OF REINFORCED CONCRETE MEMBERS BY UNIFIED CONCRETE PLASTICITY MODEL
- Unified Concrete Plasticity Model in Three Dimensional Analysis of Reinforced Concrete Members
- Necessity of Development of Multiple Damage Model for Analysis of Reinforced Concrete Structures
- 2127 Study on Characteristics of Expansive Concrete