Applied heat transfer laboratory
School of Mechanical Engineering
Kyungpook National Univerisity
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Introduction to AHTL
Our group numerically studies the internal and external flow phenomena and the accompanied heat transfer phenomena. Various industrial heat and fluid flow problems such as the heat transfer in electronic devices, the boilling heat transfer in a hot rolling process, the wavy film heat transfer in traditional cell-and-tube heat exchangers, the flow in a vacuum pump for automobile, the plume dispersion from industrial power plants or ship stacks are being studies. The high performance computing facility with 160 cores is equipped. The in-house computational fluid dynamics code is being developed by using SIMPLE-based finite volume method and the immersed body method.
고효율 전기자동차 구동계/구동원 핵심부품 혁신랩
Innovative lab of core components of e-powertrain and e-powersource for high performance electric vehicle
(Ministry of Trade, Industry and Energy, 2020. 6. 1. ~ Present)
[친환경 자동차 시대, 한국 자동차 산업의 혁신과 변화를 이끈다]
경북대 전기자동차 혁신랩 허브센터 [센터장: 박일석 교수]는 산업부의 소재부품장비 혁신랩 기술개발 사업의 지원으로 2020년 6월 설립되었으며 다수의 대학원생이 소속되어 있다.
납-비스무트 초소형 원자로 열교환기의 MHD/EHD 성능 증대 연구
Thermal performance enhancement of heat exchanger using MHD/EHD in lead-bismuth eutectic micro reactor
(Ministry of Education, 2020. 6. 1. ~ 2025. 5.31.)
∙ Flow and heat transfer of electrically conducting fluid under the magnetic field
∙ Flow and heat transfer of dielectric fluid under the electric field
∙ Thermal performance enhancement of heat exchanger using MHD/EHD
[경북대 박일석 교수, 학술-연구지원사업 우수성과 50선 선정]
경북대는 기계공학부 박일석 교수가 2022년 교육부 학술 연구지원사업 우수성과 50선에 선정돼 부총리겸 교육부장관상을 수상했다고 27일 밝혔다.
URL: https://newsis.com/view/?id=NISX20221227_0002138440&cID=10810&pID=10800
3D 프린팅 특화 설계 기반 반도체 장비용 고성능 열교환기 적층 제조기술 개발
Development of additive-manufacturing technology satisfying high performance heat exchanger for semiconductor wafer chuck based on DfAM
∙ Manufacture for semiconductor wafer chuck implementing uniformity of surface temperature within ±0.5℃/heat capacity 2kW
∙ Detailed engineering design for effective cooling of the chuck based on coupling ETFC and CFD technologies
∙ Parametric optimization for the chuck cooling such as distance, diameter, and surface roughness of flow pathlines
중수로 사용후연료저장조 분석 및 관리 기술 개발
Development of analysis and management model for spent fuel pool in heavy water reactor
(Ministry of Science and ICT, 2022.6. 1. ~ 2026. 12. 31.)
∙ Development of methodology for thermal-hydraulic analysis for SFP
∙ Thermal-hydraulic analysis for normal, transient and severe accident
∙ Coupling between thermal-hydraulic and fuel bundle analysis code
cONTACT INFORMATION
cONTACT INFORMATION
We are seeking passionate and talented students with diverse academic background
Please feel free to reach out to Prof. Park or any of the doctoral students
Phone: +82-53-950-6573
E-mail: einstein@knu.ac.kr
Visit: 대구광역시 북구 대학로 80, 경북대학교 공과대학 3호관 321호
Rm213, Engineering building 3, School of Mechanical Engineering, Kyungpook National University, 80 Daehak-ro, Buk-gu,
Daegu, Republic of Korea
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