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EVALUATION OF DURABILITY AND PRACTICALITY OF STEEL DECK WITH SFRC REINFORCEMENT USING HIGH-EARLY-STRENGTH PORTLAND CEMENT

机译：用高早波特兰水泥评价SFRC加固钢甲板耐用性和实用性

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Hiroyuki NOGUCHI; Tadashi ABE; Yatsuhiro ICHINOSE; Takayoshi KODAMA;
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2. Study of the Microstructure Evolution of Low-pH Cements Based on Ordinary Portland Cement (OPC) by Mid- and Near-Infrared Spectroscopy, and Their Influence on Corrosion of Steel Reinforcement [J] . Ana Hidalgo L#xF3, pez, Jos#xE9, Materials . 2013,第6期

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4. Study on a Countermeasure for Improving the Fatigue Durability of Existing Orthotropic Steel Deck Plates Using SFRC Pavement [C] . ITO Kiyoshi, TAKAHAGI Jirou, CHIBA Hiroyuki, Proceedings of 5th China-Japan workshop on pavement technologies . 2009

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5. Durability of pavement concrete with replacement of cement by flyash and portland limestone cement [D] . Medlin, Clayton Davis 2016

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6. Study of the Microstructure Evolution of Low-pH Cements Based on Ordinary Portland Cement (OPC) by Mid- and Near-Infrared Spectroscopy and Their Influence on Corrosion of Steel Reinforcement [O] . José Luis García Calvo, Mercedes Sánchez Moreno, María Cruz Alonso Alonso, 2013

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7. EVALUATION OF STRENGTHENING EFFECT AND FATIGUE RESISTANCE OF STEEL DECK REINFORCING BY UPPER SURFACE REINFORCEMENT USING SFRC WITH ORDINARY PORTLAND CEMENT AND LOW SHRINKAGE TYPE MIXTURE MATERIAL [O] . Hiroyuki NOGUCHI, Tadashi ABE, Yatsuhiro ICHINOSE, 2015

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8. Evaluation of Portland Cement Concrete for Permanent Bridge Deck Repair. [R] . clear, k. c. 1974

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EVALUATION OF DURABILITY AND PRACTICALITY OF STEEL DECK WITH SFRC REINFORCEMENT USING HIGH-EARLY-STRENGTH PORTLAND CEMENT

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