Structural Material Laboratory :: Development of Hybrid FRP Bridges and its effect Reducation of CO2 Emission


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Home Themes Development of Hybrid FRP Bridges and its effect Reducation of CO2 Emission Damage of Strengthened RC Bridge piear under strong earthquake Development of High Durable Concrete Development of High Performance and Low CO2 Bridge using High Strength Concrete and Prestressing Steel Deveropment of Damage Index and Repairability Evaluation for Seismic Damage Assessment of RC Structures Mechanical Behavior of Cement-treated Soil and Its Effectiveness as Soil Improvement for Seismic Performance Enhancement of Underground Structures Development of Cast-in-place RC Pile Foundation using Round Bars Shear Capacity Evaluation of Fiber Reinforced Concrete Members based on Material Constitutive Laws Study on Material and Structural Performance of Concrete with Promoted Creep Investigation into Time-dependent Deformation of Concrete with Compositive Mineral Admixtures Study on Volumetric Change of Porous Media Members Publications

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Development of Hybrid FRP Bridges and its effect Reducation of CO₂ Emission

[Supervisor]

Hiroshi Mutsuyoshi
Shingo Asamoto

[Graduate Students]

Nguyen Duc Hai
Kensuke Shiroki
Tatsuya Ishihama

[Undergraduate Student]

Yoshinori Okawa>

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