Education

• 2024.09 ~ 2026.08     Gyeongsang National University (M.S. in Mechanical Engineering)  

• 2018.03 ~ 2024.08     Gyeongsang National University (B.S. in Mechanical Engineering)

Research Interests

• Locally Resonant Metamaterials 

• Surrogate-Based Design Optimization 

• Structural–Acoustic Coupled Analysis 

International Journal

• K. Kim, and J. Kook, "Surrogate-model-based design optimization of multiple locally resonant metamaterials for low-frequency vibration reduction", Advances in Mechanical Engineering, 2026;18(6).

Domestic Journal

• 김광진, 국정환, “저주파 대역 진동 저감을 위한 다중 국부 공진 메타물질의 최적 설계”, 한국기계기술학회지, 26(6), pp.1208~1213, (2024)

International Conference

• K. Kim and J. Kook, “Design optimization of multi-local resonance metamaterials for broadband vibration reduction in the low-frequency range”, WCSMO-16, Kobe, 2025 Japan. 

• K. Kim and J. Kook, "Design Optimization of locally multi-resonant metamaterials for broadband vibration reduction", ISMAI-17, Jiangsu University, 2024 China. 

• K. Kim, J. Kook, and J. Yu, “Design of locally multi-resonant metamaterials for vibration reduction at multiple frequencies”, ICTAM 2024, Daegu, 2024 Korea. 

Domestic Conference

• K. Kim, and J. Kook, "Design of Locally Resonant Metamaterials for Low-Frequency Vibro-Acoustic Response Mitigation in Armored Vehicle Structures", The Korea Institute of Military Science and Technology Comprehensive(KIMST) Conference, 2026. 

• K. Kim, and J. Kook, "Low-Frequency Vibration Reduction of Panel Structures Using Multi-Local Resonant Metamaterials Based on Resonator Modal Characteristics", The Korean Society for Noise and Vibration Engineering Autumn (KSNVE) Conference, 2025.

• K. Kim, and J. Kook, "Surrogate Model Based Design Optimization of Multi-Local Resonance Metamaterial for Broadband Reduction in the Low-Frequency Range", The Korean Society of Mechanical Engineers Autumn(KSME) Gyeongnam Branch Conference, 2025. 

• K. Kim, J. Yu, and J. Kook, "Optimal design of locally resonant metamaterials for vibration reduction at multiple frequencies", The Korean Society of Mechanical Engineers Autumn Conference(KSME), 2024.