ScholarWorks@Gyeongsang National University: Han, Dong Yeop

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Han, Dong Yeop (한동엽)

공과대학 (건축공학부)

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Tel 0557721758
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rheology:10||레올로지:7||요변성:4||소성점도:4||고성능 감수제:4||thixotropy:4||Plastic viscosity:3||polyvinyl alcohol:3||cement paste:3||concrete:3||붕사:3||borax:3||mortar:2||중유동 콘크리트:2||pH:2||콘크리트:2||superplasticizer:2||머신러닝:2||High performance cement paste:2||High range water reducer:2||저점도형 고성능 감수제:2||fluidity:2||viscosity:2||Low viscosity type water HRWR:2||Byproduct powders:2||machine learning:2||시멘트 페이스트:2||고성능 시멘트 페이스트:2||유동성:2||segregation resistance:2||산업부산물 분말:2||setting time:2||Mixing (New keyword nomination):1||Moisture content:1||PVA:1||Pore connectivity:1||Quantitative method:1||RC beam:1||Rapid air cooling:1||Rapid setting cement:1||Rapidly cooled ladle furnace slag:1||Recycled aggregate:1||Rheological properties:1||Rheology:1||Rheology (A):1||SCMs:1||Segregation evaluation:1||Selfconsolidating concrete:1||Settlement:1||Slump:1||Slump flow:1||Spalling:1||Steel slag:1||Synergetic effect:1||Upcycling:1||accelerator:1||acid:1||adhered mortar weight:1||adhesive strength:1||alkali activator:1||alkali materials:1||alkali reducing method:1||artificial neural network:1||blast resistant concrete:1||blastfurnace slag:1||buildability:1||chemical admixture:1||chlorine bypass system dust:1||coal ash:1||constructivity:1||fiberreinforced concrete:1||field application:1||fine aggregate:1||fire resistance:1||fly ash:1||foaming:1||formwork leakage:1||generative AI:1||grain size:1||high fluidity concrete:1||high performance cementitious materials:1||highfluidity mortar:1||hybrid fibers:1||limestone powder:1||low viscosity typed SP:1||midfluidity concrete:1||midworkability concrete:1||mixing intensity:1||particles:1||penetration resistance test:1||plastic viscosity:1||raw ash:1||readymix concrete system:1||recycled fine aggregate:1||reject ash:1||rheology parameters:1||sensory evaluation:1||settimeter:1||slump flow:1||solid concentration:1||surface finishing work:1||tile adhesive weight:1||tiling dry cement mortar for direct setting:1||unhydrated cement:1||viscoelastic moduli:1||waste limestone powder:1||yield stress:1||거푸집 틈새 누출:1||경량 기포 콘크리트:1||고유동 모르타르:1||고유동 콘크리트:1||고형분량:1||급결제:1||기포 안정화:1||레올로지 정수:1||레올로지 특성:1||리젝트애시:1||모르타르:1||모르타르 부착량:1||미수화시멘트:1||부착강도:1||산성물질:1||생성형 인공지능:1||석탄재:1||순환잔골재:1||슬럼프 플로:1||시공성 관능 평가:1||알칼리 계열 재료:1||알칼리 저감방법:1||원분:1||응결 지연:1||인공신경망:1||재료분리 저항성:1||저점도형 고성능감수제:1||적층성:1||점탄성계수:1||정적 항복응력:1||침하:1||타일 떠붙임 모르타르:1||타일 부착 하중:1||타일 시공:1||폴리비닐 알코올:1||폴리비닐알코올:1||플라이애시:1||항복응력:1||3D printing:1||혼화재료:1||3차원 프린팅:1||Air content:1||Alkali activation:1||Antiexplosion:1||Bending behavior:1||C(12)A(7):1||Cement Paste (D):1||Combined fiber:1||Compressive strength:1||Concrete:1||Concrete microstructure:1||Concrete segregation:1||Concrete stability:1||Energy dissipation capacity:1||Ettringite:1||Evaluation index for segregation (EIS):1||Explosion test:1||Foam stability:1||Freezethaw cycle:1||HPFRCC:1||Highfluidity concrete:1||Highvolume blastfurnace slag:1||Hydration:1||Hydration (A):1||Hydrogamet:1||Inner cracking:1||KriegerDougherty equation:1||Ladle furnace slag:1||Lightweigth foamed concrete:1||Microstructure:1||Microstructure (B):1||

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