ScholarWorks@Hanyang University ERICA Campus: Jang, Sung Hwan

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Jang, Sung Hwan (장승환)

COLLEGE OF ENGINEERING SCIENCES (DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING)

Research Area: 구조재료, Materials and Structures

Tel 031-400-5183
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탄소나노튜브:9||Electrical conductivity:7||carbon nanotube:5||Carbon nanotubes:5||Joule heating:4||Carbon nanotube:4||Composites:4||epoxy:3||SHM:3||A. Multifunctional composites:3||Percolation threshold:3||crack detection:2||구조물 건전성 모니터링:2||구조물 안전성 모니터링:2||셀프 센싱:2||Enviroeconomic:2||Condensation:2||Evacuated tubes:2||에폭시:2||Thermoresistivity:2||Heat pump:2||Bibliometric analysis:2||CNT:2||Piezoresistivity:2||Solar desalination:2||Heat transfer:2||Solar still:2||폴리우레탄:2||polyurethane:2||Polymer:2||D. Analytical modeling:2||Carbon Nanotube:2||selfsensing:2||carbon nanotubes:2||Mechanical properties:2||Mechanical property:2||structural health monitoring:2||surface coating:2||temperature sensing:2||C. Electrical properties:2||Coreshell:1||Corrugated absorber:1||Corrugated basin:1||Coupledfield interactions:1||Cover cooling:1||Crystal formation:1||Curing time:1||Cylindrical parabolic concentrator:1||Deformed bar:1||Degradation mechanisms:1||Drought alert level:1||Durability:1||Dynamic instability:1||ESkin:1||EGaIn:1||EP coating:1||Effective properties:1||Eightchain model:1||Elastocaloric:1||Elastomer:1||Elastomers:1||Electrical and sensing properties:1||Embedded Sensor:1||Energy and exergy efficiency:1||Evacuated tube:1||Excitation loading:1||FeCoAl @ BTC:1||Ferromagnetic particles:1||Finite element method:1||Finite element micromechanics model:1||Flexural behavior:1||Flyash based geopolymer:1||Free convection:1||Functionally graded:1||Fuzzy fiber reinforced composites:1||Gaussian chain:1||Green hydrogen:1||Hang wick:1||Heat recovery:1||Heat release:1||Hierarchical regulation:1||Hybrid modeling approach:1||Hybrid nanocomposite:1||Hydrogen storage:1||Hydrological drought prediction:1||Indentation load:1||Inner heated sources:1||Interfacial thermal resistance:1||Intrinsic electrical conductivity:1||IoT sensing system:1||Joule heat:1||Large deformation:1||Load sensing:1||Lowcost:1||MWCNTsmodified polymers:1||Machinelearning classifier:1||Magnetic field:1||Mechanoresponsive:1||Metalorganic framework:1||Metalpolymer composite:1||Micromechanical model:1||Micromechanics:1||Microstructural defects:1||Modelling:1||Modification:1||Moisture:1||Moisture and oxygen sensitivity:1||Monitoring system.:1||Monte Carlo:1||Monte Carlo method:1||Monte Carlo simulation, Representative Volume Element:1||Multiscale fillers:1||Multiwalled carbon nanotubes:1||Multifunctionality:1||Multilayer carbon nanotubes (MCNTs): multistage mechanical activation:1||Nanoenhanced PCMs:1||Natural convection:1||Nonuniform magnetic field:1||PCM:1||PCM Carbon Fiber:1||PS Ball:1||PS 볼:1||PV panel:1||Particulate composites:1||Percolation:1||Perovskite:1||Piezoresistivity:1||Piezoelectric polymer nanocomposites:1||Pneumatic bending actuator:1||Polymer composite:1||Pressure sensor:1||Quantum tunneling:1||Reflector:1||Refrigeration:1||Repair material:1||SILAR:1||Sandwich structures:1||Scalable:1||ScreenPrinting Technique:1||SelfSensing:1||Selfregulating temperature:1||Selfsensing:1||Selfsensing system:1||Shape memory alloys:1||Shape memory polymer:1||Simple:1||Smart nanocomposite:1||Smart repair material:1||Solar distillation:1||Solidstate cooling:1||Strain:1||Structural Health Monitoring:1||Structural deformation detection:1||Structure health monitoring:1||Supercapacitor:1||Supervised learning:1||Surface thermal radiation:1||Sustainability:1||Temperature selfregulation:1||Temperature sensing:1||Thermal conductivity:1||Thermal stability:1||Thermoelectric generator:1||Thermomagnetic conductor:1||Thin film evaporation:1||Transverse mode:1||Tunneling conductivity:1||Ultrahigh performance concrete (UHPC):1||Ultrahigh performance concrete (UHPC) layer:1||Ultrasonic atomizer:1||Volume and surface resistance:1||abrasion:1||additive manufacturing:1||antenna sensors:1||antenna strain sensor:1||battery free:1||color:1||colorimetric sensor:1||composites:1||conductive elastomer:1||deicing:1||deep neural network:1||electrical conductivity:1||electricalmechanical behavior:1||electrochromic materials:1||electrochromism:1||freezing temperature sensing:1||glass transition temperature:1||graphene oxide (GO):1||hydrophobicity:1||machine learning:1||mechanochromic:1||multifunctional road coating:1||multiphysics simulation:1||nanomaterials:1||nanostructured electrochromic materials:1||passive sensing:1||patch antenna:1||polydiacetylene:1||reduced graphene oxide (rGO):1||rigidity tuning:1||soft actuator:1||soft robotics:1||stiffness tuning:1||strain sensing:1||transition metal oxides (TMO):1||wireless strain measurement:1||고분자 복합체:1||구조물 손상 감지:1||구조물 안전성:1||균열:1||매립형 센서:1||발열 복합체:1||스마트 모니터링 센서:1||스마트 보수재:1||스마트 센서:1||스크린 프린팅:1||온도 센서:1||응력 감응:1||자가감지:1||줄히팅:1||콘크리트 발열:1||콘크리트 코팅제:1||탄소 Textile:1||탄소나노튜브 강화 폴리머 바:1||탄소섬유:1||폴리머 보수재:1||"Smart Windows":1||하중 감지:1||3D Printing:1||3D printing:1||A. Carbon nanotubes and nanofibers:1||Abnormal behavior detection:1||Alignment:1||Aspect ratio:1||Atomizer:1||B. Electrical properties:1||B. Hybrid:1||B. Nanocomposites:1||Barium titanate:1||Best PCMs:1||Bi2Se3:1||Bilayer composite:1||Bond strength:1||C. Finite element analysis (FEA):1||CNRP Bar:1||CNTEpoxy concrete:1||CNT/GNP Polymer nanocomposites:1||CNT/PDMS nanocomposite:1||CNTs:1||Carbon Nanotube/Polyurethane Composite:1||Carbon Textile:1||Carbon nanotube polymer composite:1||Carbon nanotube reinforced polymer:1||Carbon nanotube sensor:1||Carbon nanotube. polymer composite:1||Carbonaceous nanofillers:1||Cement paste:1||Charge trapping:1||Clustering:1||Coalescence:1||Composite beams:1||Concrete:1||Concrete Heating:1||Concrete structures:1||Conduction mode:1||Conductive polymers:1||Cooling:1||

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