ScholarWorks@Gyeongsang National University: Kim, Hyung Mo

Detailed Information

Kim, Hyung Mo (김형모)

대학원 (기계항공우주공학부)

Research Area

Tel 0557721629
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Heat transfer:3||PGSFR:3||Sodiumcooled fast reactor:3||Condensation:3||Surface modification:2||STELLA:2||표면 개질:2||Distributed temperature sensor:2||Noncondensable gas effect:2||Liquid metal:2||Design parameter evaluation:1||Diaphragm:1||Distributed Optical Fiber Sensor:1||Distributed temperature sensing:1||Ductility:1||Dynamic Strain Aging:1||ENERGY model:1||FHX:1||Fiber bragg grating (FBG):1||Finnedtube heat exchanger:1||Flexible installation(설치 자유도):1||Gas permeability:1||Gr.91:1||Grade 91 Steel:1||Heat Flux:1||Heat Transfer Rate:1||High efficiency(고효율):1||High risk industry:1||High spatial resolution(고분해능):1||High temperature:1||Hightemperature environment:1||Hydrodynamic characteristics:1||Integral effect test (IET):1||Integral effect test(IET):1||Largescale sodium facility:1||Leakage detection:1||Liquid level sensor(액위계):1||Low Prandtl number:1||Machine learning:1||Material Strength:1||Measuring frequency(측정 빈도):1||Metal assisted chemical etching:1||Micro:1||Microstructure:1||Moving average(이동 평균):1||Natural circulation system:1||Natural convection:1||Noise reduction(노이즈 감쇄):1||Nuclear reactor safety:1||Onedimensional design approach:1||Performance test:1||Phase Change:1||Pipeinpipe system:1||Pressure loss similarity:1||Pressure transfer material:1||Pressure transmitter:1||Pump simulation loop:1||Raman distributed temperature sensor(라만 분포형 온도 센서):1||Rayleigh scattering distributed fiber optic sensor(레일리 산란 분포형 광섬유 센서):1||Resistivetype nanostructure:1||SMR:1||STELLA2:1||STS304:1||Screenmesh wick:1||Serpentinetube integrated steam generator:1||Sodium aerosol detection:1||Sodium experiment:1||Sodium leak detector:1||Sodium(소듐):1||Sodiumcooled fast reactor(소듐냉각고속로):1||Sodiumtoair heat exchanger:1||Sodiumtoair heat exchanger(소듐공기 열교환기):1||Structural integrity:1||Subchannel flow mixing:1||Temperature compensation:1||Temperature distribution(온도 분포):1||Temperature effect compensation:1||Tensile Test:1||Test uncertainty analysis:1||Thermal analysis:1||Thermal management:1||Unstructure nanostructures:1||Verification experiment(검증 실험):1||Wall temperature distribution:1||Wettability:1||ZnO sensor:1||anisotropy:1||bismuth telluride:1||design for additive manufacturing:1||direct metal deposition:1||dispensing needle:1||droplet:1||hot deformation:1||hydrophobic surface:1||liquid penetration characteristic:1||machine learning:1||mesh structure:1||micro/nanostructure:1||microstructure:1||porous structure:1||surface modification:1||texturing:1||thermoelectric:1||virtual prototyping:1||가스 투과성:1||고온:1||그레이드 91강:1||금속을 촉매로 한 화학적 식각 방법:1||기체 제거:1||다이아프램:1||동적변형시효:1||마이크�로 구조:1||마이크로/나노구조:1||메쉬 구조물:1||1D system code(1차원 시스템 코드):1||모세관 성능:1||분포형 광섬유 센서:1||비정형 나노구조물:1||상변화:1||소수성 표면:1||스크린메쉬 윅:1||압력전달 물질:1||액체 침투 특성:1||액체금속:1||연성:1||열유속:1||열전달률:1||온도 영향 보정:1||응축:1||인장시험:1||재료강도:1||모세관 상승 높이:1||3Dimensional printing:1||Capillary performance:1||Capillary rise height:1||Cascade(캐스케이드):1||Code V&V:1||Computational fluid dynamics:1||Core thermalhydraulics:1||Decay heat removal system(잔열제거계통):1||Degassing:1||

RSS_1.0 RSS_2.0 ATOM_1.0

Gyeongsang National University Central Library, 501, Jinju-daero, Jinju-si, Gyeongsangnam-do, 52828, Republic of Korea+82-55-772-0533

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