ScholarWorks@Gachon: Choi, Young Cheol

Detailed Information

Choi, Young Cheol (최영철)

Engineering (Department of Civil & Environmental Engineering)

Research Area

Tel 031-750-5721
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Compressive strength:10||Microstructure:6||Foam composite:6||압축강도:5||Carbonation:5||Autogenous shrinkage:5||Cement composite:5||Carboncapture:5||Water flow test:4||Heat of hydration:4||CO2 uptake:4||Pore structure:4||Activated carbon:4||SEM:4||Fly ash:4||GGBS:4||Hydration:4||Stainless steel slag:4||γC2S:3||Surface fractal dimension:3||CFBC ash:3||Specific surface area:3||미소수화열:3||Drying shrinkage:3||Further hydration:3||Crystalline admixture:3||Setting time:3||Binder:3||Pozzolanic reaction:3||Internal curing:3||플라이애시:3||Cementitious materials:2||Phase composition:2||자기치유:2||compressive strength:2||CNT:2||Highvolume fly ash:2||탄소포집:2||gammaC2S:2||isothermal calorimetry:2||Ettringite:2||활성탄소:2||Flexural behavior:2||Active carbon:2||Internal relative humidity:2||Isothermal calorimetry:2||Selfhealing:2||thermal conductivity:2||Selfhealing concrete:2||Selfhealing products:2||Autogenous healing:2||Selfhelaing:2||MWCNT:2||Carbon capture:2||Mercury intrusion porosimetry (MIP):2||Microstructure:2||Micropore volume:2||미세구조:2||발열성능:2||보수재료:2||Mineral admixture:2||Carbon nanotube:2||비표면적:2||Natural fiber:2||Carbonation curing:2||Cellulose microfiber:2||순환유동층 보일러 애시:2||순환유동층 보일러애시:2||시멘트:2||Titanium dioxide:2||Cement hydration:2||Absorption test:2||Ultrasonic pulse velocity:2||Cementitious material:2||HVFC:2||Mockup test:1||NO X removal Performance:1||NOx:1||Nano silica:1||Nitogen oxide:1||Nitrogen oxide removal:1||Nonevaporable water:1||Nonsintered:1||Nonsintering binder:1||Nucleation site:1||Nylon fiber:1||Optimal mixture:1||PVA Powder resin:1||PVA분말수지:1||Partial interaction:1||Permeability test:1||Photocatalytic reaction:1||Polymermodified mortar for maintenance:1||Polyvinylalcohol fiber:1||Pore size distribution:1||Pore volume:1||Porosity:1||Pozzolanic activity:1||Prediction model:1||Repair material:1||Repair materials:1||Repair mortar:1||SAPs:1||Saturated conditions:1||Scanning electron microscopy:1||Selfcementing property:1||Selfheating:1||Shotcrete:1||Silica fume:1||Slag cement:1||Stainless steel AOD slag:1||Stainless steel aod slag:1||Steelconcrete connection:1||Steelmaking slag:1||Strain:1||Strain compatibility:1||Sulfur resistance:1||Superabsorbent polymer:1||Superplasticizer:1||Supplementary cementitious materials:1||Synthesis of CSH crystal:1||TGA:1||Temperature:1||Ternary blended concrete:1||Thermal cracking:1||Thermogravimetric analysis:1||TiO2:1||TiO2 nanofiber:1||Triethanolamine:1||UHPC slab:1||Wavelet transform:1||Wet condition:1||ZeroOPC binder:1||carbonation:1||cement:1||cement composite:1||cementitious materials:1||filler effect:1||foam concrete:1||fractal dimension:1||further hydration:1||ground granulated blast furnace slag (GGBFS):1||mercury intrusion porosimetry (MIP):1||microstructure:1||microwave:1||moisture measurement:1||nanosilica:1||pore structure:1||quality control:1||ready mixed concrete:1||selfhealing potential:1||silica fume:1||stainless steel AOD slag:1||thermal gravimetry analysis:1||water flow test:1||γdicalcium silicate:1||건설재료:1||건조수축:1||결합재:1||고로슬래그 미분말:1||고성능 하이볼륨 슬래그:1||공극 구조:1||나노 실리카:1||나일론 섬유:1||내구성능:1||딥러닝:1||마이크로 공극 부피:1||미세공극 구조:1||부착강도:1||부착성능:1||분말도:1||블랙아이스:1||비소성:1||비증발 수량:1||섬유:1||숏크리트:1||수은압입법:1||수화:1||수화도:1||스케일링 관계:1||시멘트 수화반응 촉진제:1||시멘트복합체:1||아스팔트 포장:1||역학적 특성:1||열중량 분석:1||원심성형:1||웨이블릿 변환:1||유동층보일러애시:1||유리석회:1||이미지 식별:1||이산화타이타늄:1||자기수경성:1||질소산화물:1||최적 배합:1||충진효과:1||탄산칼슘:1||탄산화 양상:1||탄산화 양생:1||투수시험:1||포졸란 활성:1||폴리머 혼입 보수 모르타르:1||폴리비닐알콜 섬유:1||폼 다공체:1||폼 복합체:1||프랙탈 차원:1||하이볼륨 플라이애시:1||휨거동:1||휨부착:1||흄관:1||(GGBFS):1||흡수율 실험:1||Abaca fiber:1||Accelerated test:1||Acclerator in cement hydration:1||Adhesion:1||Aggregate shape:1||Alkali activated slag:1||Aluminate rich slag:1||Amorphous characteristic:1||Asphalt pavement:1||Bending test:1||Black ice:1||Blast furnace slag cement:1||Bond Strength:1||CSH결정 합성:1||CFBC:1||CNT‐reinforced cement composites:1||CO2 포집:1||CSH synthesis:1||Calcium carbonate:1||Cement:1||Cementbased material:1||Cementless binder:1||Centrifugal modling:1||Chloride diffusivity:1||Chloride ion penetration test:1||Circulating fluidized bed combustion ash:1||Clinker binder and aggregate:1||Co2 curing:1||Composite beam:1||Concrete sewer:1||Conductive filler:1||Construction Material:1||Construction materials:1||Crack healing:1||Curing:1||Cyclic heating:1||Deep learning:1||Degradation:1||Degree of hydration:1||Desulfurization slag:1||Diffusion coefficient:1||Durability:1||Electrical concrete curing:1||Filler effect:1||Fineness:1||Flexural bond:1||Flexural member:1||Flexural performance:1||Fluidized bed combustion ash:1||Flyash:1||Flyash:1||Foam concrete:1||FreeCaO:1||Fume pipe:1||GGBFS:1||Geopolymer composites:1||Glass structure:1||Ground granulated blast furnace slag:1||Ground granulated blastfurnace slag:1||Ground granulated blastfurnace slag (GGBFS):1||Healing potential:1||Healing product:1||High temperature:1||High volume fly ash:1||Hybrid girder:1||Hydration degree:1||Hydration reaction:1||Image classification:1||Interfacial transition zone (ITZ):1||InvertedT steel girder:1||Isothermal conduction calorimetry:1||Mechanical property:1||Micropore volume:1||Micropore structure:1||

STATISTICS: Total View :4,137,406; Today View :5,153

RSS_1.0 RSS_2.0 ATOM_1.0

1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE