이재욱 교수(첨단기술융합대학 스마트모빌리티공학과)

o (1999) B.S., Mechanical Engineering, Pusan National University
o (2001) M.S., Mechanical Engineering, Pusan National University
o (2010) Ph.D., Mechanical Engineering, Pusan National University

o (2024~Present) Assistant Professor, Department of Smart Mobility Engineering, Kyungpook National University, Daegu
o (2012~2024) Principal Researcher, Advanced Mobility Components Group, Korea Institute of Industrial Technology, Daegu
o (2010~2012) Senior Researcher, Electro-Mechanical Research Institute, Hyundai Heavy Industries, Yongin
o (2011~2011) Senior Researcher, H-TEC, Hyundai Heavy Industries, Budapest, Hungary
o (2001~2007) Senior Researcher, CAE Team, SL Corporation, Gyeongsan

o Virtual Engineering for Advanced Mobility: CAE Analysis (Multibody & Vehicle Dynamics, Vibration, Structure, Impact, Fatigue etc)
o Virtual Engineering for Additive Manufacturing: DfAM, Metamaterial based Design, Physics based Hybrid Virtual Twin
o Virtual Engineering for Autonomous Manufacturing: Virtual Printing, Digital Certification(Inspection) Technology

* SCI(E) Papers: 48
o Underwater Mobility
- Derivation of equations of motion of an unwinding cable from a cylindrical spool package.
- Derivation of equations of motion of an unwinding cable considering transient-state tensile force in time-varying unwinding velocity
o Construction Mobility
- A New Linear Cutting Machine for Assessing the Rock-Cutting Performance of a Pick Cutter.
- Cutting Head Attachment Design for Improving the Performance by using Multibody Dynamic Analysis.
o Advanced Mobility & DfAM(Design for Additive Manufacturing)
- Optimization study on the uniform temperature of an additively manufactured cooler for a semiconductor heating device
- A Study on the Mechanical Properties of an Automobile Part Additively Printed through Periodic Layer Rotation Strategies
- Design of Center Pillar with Composite Reinforcements Using Hybrid Molding Method
- Optimal design of gyroid solid-TPMS structures for 8-inch wafer prober lower chuck in additive manufacturing