ScholarWorks@Gachon: Choi, Won Chang

Detailed Information

Choi, Won Chang (최원창)

Engineering (Division of Architecture & Architectural Engineering)

Research Area

Tel 031-750-5335
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

HVAC:4||tensile strength:4||mechanical properties:4||GFRP:3||Genetic algorithm:3||인공신경망:3||compressive strength:3||Optimal control:2||Optimization:2||finite element analysis:2||Ring deflection:2||Buried pipe:2||structural design:2||Cracks:2||균열 제어:2||Shear connector:2||shear strength:2||Fan:2||Durability:2||artificial neural network (ANN):2||Shrinkage:2||fiber content:2||steel fiber:2||Building energy management system:1||CCFT:1||Carbon fiber reinforced polymer (CFRP):1||Carbonation:1||Cement mortar:1||Chilled water VAV system:1||Chilled water system:1||Chiller Energy Consumption:1||Compressive strength:1||Computational modeling:1||Concrete panel:1||Cooling coil:1||Cracking:1||Cracking behavior:1||Curing time:1||Cyclic load:1||Cyclic test:1||D. Mechanical testing:1||DX compressor:1||Data classification:1||Datadrivenmodel:1||Delay differential equation:1||Desk slab:1||Ductility:1||E. Extrusion:1||Electrical conductivity:1||Embedded anchor plate:1||Energy consumption:1||Energy estimation:1||Energy saving:1||Euler angles:1||FEA:1||Fe 활성화:1||FeActivation:1||Fiber reinforced polymer plastic (FRP):1||Field test:1||Finite element method:1||Flexible pipe:1||Floating photovoltaic (PV) energy generation system:1||Fluorosilicatebased admixture (FBA):1||Forecasting Model:1||Freezethaw:1||GA:1||GFRP pipe:1||GUI:1||Geometric mean:1||Glass fiberreinforced polymer (GFRP) shear connector:1||HVAC system:1||Heating energy:1||Hookedend steel fiber:1||Hut:1||Hybrid fiber:1||Hybrid girder:1||Hydration heat:1||ISection:1||Iowa Formula:1||Lambert W function:1||MATLAB Sfunction:1||Mass concrete:1||Material properties:1||Mechanical characteristic:1||Micro structures:1||Multilayer shallow neural networks:1||Nondestructive test:1||Optimal algorithm:1||Orthotropic plate:1||Outdoor:1||Outdoor air load:1||PDfeedback control:1||PFRP (Pultruded Fiber Reinforced Polymer Plastic):1||PV plant:1||Packaged DX system:1||Parallelplate loading test:1||Phase change material (PCM):1||Pig:1||Pipe stiffness:1||Plane strain element:1||Plate buckling analysis:1||Precast concrete sandwich panel:1||Precast concrete wall panel:1||Predict model:1||Predictive performance:1||Pultruded fiber reinforced polymer plastic (PFRP):1||Pump pressure difference:1||Pushout test:1||Python:1||Quadrotor:1||RPMP:1||Random Forest:1||Regression model:1||Repeated compression:1||Restrained drying shrinkage:1||SFRC:1||Selfdesiccation:1||Shear:1||Shear flow:1||Shear performance:1||Sheet molding compound (SMC) FRP:1||Solar tracking system:1||Sorptive building material:1||Span to depth ratio:1||Spliced bar:1||Spliced length:1||Steel fiberreinforced concrete:1||Steelconcrete connection:1||Strain compatibility:1||Strainhardening cementitious composites (SHCCs):1||Structural analysis:1||Supplementary reinforcement:1||Supply chilled water temperature:1||Temperaturerelated &:1||Tensile strength:1||Thermal stress:1||Tiltup:1||UAVs:1||W/cratio:1||Watertightness:1||absorption:1||arbon fiber reinforced polymer rebar:1||arched steel fiber:1||array:1||aspect ratio:1||basalt fiber sheet:1||bond element:1||bridges:1||buckling:1||buried underground:1||carbon sequestration:1||chiller energy consumption:1||closedform solution:1||codes of practice &:1||compressive strength test:1||computational fluid dynamic analysis:1||concrete:1||concrete structures:1||confinement:1||cooling load:1||corrosion:1||corrosion weight loss:1||crack control:1||cracking resistance:1||crosslinking density:1||crystalloid:1||delay estimation:1||desorption:1||direct shear:1||drying shrinkage:1||elastic modulus:1||energy absorption capacity:1||faceplate:1||fiber distribution:1||fiber reinforced polymeric plastic (FRP):1||flexural fracture:1||flexural test:1||flexural toughness:1||flexure:1||floating PV generation structure:1||floating photovoltaic (PV) power plant:1||free drying shrinkage:1||genetic algorithm:1||heating:1||highstrength concrete:1||hydration heat:1||hydraulic characteristic:1||installation:1||internal curing:1||local buckling:1||microstructure:1||mooring system:1||mortar:1||optimization:1||particle size:1||phase change material (PCM):1||polyvinyl chloride:1||pultruded FRP:1||pultrusion process:1||quadrotor:1||recycled aggregate concrete:1||recycled coarse aggregate:1||reinforced concrete beams:1||renewable energy:1||renewable portfolio standards (RPS) program:1||replacement level:1||residual strength:1||restrained drying shrinkage:1||ring deflection:1||safe:1||sandcoated carbon fiberreinforced polymer (CFRP):1||shear behaviour:1||shear stiffness:1||shear strength test:1||sheet debonding:1||sheet delamination:1||sheet molding compound FRP:1||sheet rupture:1||slenderness ratio:1||space house:1||standards:1||steel fiber reinforced concrete:1||steel fiberreinforced concrete:1||steel fiberreinforced concrete (SFRC):1||steel frame:1||steelplate composite wall panels:1||structural behavior:1||superabsorbent polymers:1||tensile strength test:1||thermal effects:1||toughness index:1||unit module:1||usability:1||variable air volume (VAV):1||ventilation and airconditioning (HVAC) system:1||wind load:1||woodbased biochar:1||강섬유:1||강섬유 보강 콘크리트:1||강섬유보강콘크리트:1||강재 프레임:1||건물 에너지:1||건조수축:1||공기조화기:1||공기조화시스템:1||관변형:1||구속건조수축:1||구속된 충전강관:1||구속효과:1||구조적 거동:1||난방에너지:1||냉동기 에너지소비량:1||냉수공급온도:1||냉수시스템:1||단위모듈:1||데이터기반 모델:1||랜덤포레스트:1||바이오차:1||바잘트 섬유 시트:1||반복압축:1||사용성:1||송풍기:1||수리특성:1||스페이스 하우스:1||시멘트 모르타르:1||시트 박리:1||시트부착 탈락:1||시트파단:1||아치형 강섬유:1||안전성:1||압축강도:1||압축강도시험:1||역학적성질:1||염화비닐관:1||예측 모델:1||예측모델:1||외기 부하:1||유리섬유복합체:1||유전알고리즘:1||유한요소해석:1||인장강도시험:1||인장응력:1||자유건조수축:1||전기전도성:1||전단강도시험:1||지중매설:1||최적제어:1||콘크리트:1||탄소보강근:1||파이썬:1||펌프차압:1||풍량:1||환기량:1||휨실험:1||휨파괴:1||A. Glass fibres:1||흡착 건축자재:1||ANN:1||Absorption chiller energy consumption:1||Accurate datadriven models:1||Acoustic emission:1||Aged concrete:1||Air Handling Unit (AHU):1||Air flow rate:1||Air handling unit (AHU) energy consumption:1||Arched steel fiber:1||Artificial Neural Network:1||Artificial Neural Network (ANN):1||Artificial Neural Networks:1||Artificial neural network (ANN):1||Artificial neural network model:1||Artificial neural networks:1||Autogenousshrinkage:1||B. Strength:1||Bending test:1||Biochar:1||Bond stress:1||Building Energy:1||Building energy consumption: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