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MAXIMUM LOAD-CARRYING CAPACITY AND FAILURE MECHANISM OF RC SLABS USING UFC LAYING FORMS UNDER STATIC LOADS AND RUNNING LOADS

机译：使用UFC铺设形式在静态载荷和运行负载下的RC板的最大负载承载能力和故障机制

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Tadashi ABE; Tetsukazu KIDA; Rui YAMASHITA; Satoshi TANAKA;
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年度 2009
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4. Effect of CFRP Thickness on Load-carrying Capacities and Failure Modes of Strengthened RC Beams [C] . Guowen Yao, Maosheng Li, Shiya Li International Conference on Civil Engineering and Building Materials . 2011

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5. SYNTHESIS AND OPTIMIZATION FOR LOAD-CARRYING CAPACITY OF A HELICAL GEAR-TOOTH PROFILE WITH ANALYSIS OF RUNNING PROPERTIES. [D] . EGGEMAN, GEORGE WAYNE -1

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6. Bending Load-Carrying Capacity of Reinforced Concrete Beams Subjected to Premature Failure [O] . Paolo Foraboschi 2019

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MAXIMUM LOAD-CARRYING CAPACITY AND FAILURE MECHANISM OF RC SLABS USING UFC LAYING FORMS UNDER STATIC LOADS AND RUNNING LOADS

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