Dae Kyung Kim
Papers
1
Total Citations
2
H-Index
1
About
Dae Kyung Kim is a researcher specializing in shipbuilding engineering, with a particular focus on advanced hull plate forming technologies. His key research areas include induction heating systems for concave-type hull plate fabrication, a critical process in ship construction where precise curvature directly impacts vessel performance. Kim’s major contribution lies in developing efficient methods to reduce the time-intensive manual labor traditionally required for shaping curved hull plates. His most-cited work, "A Study on the Concave Type Hull Plate Forming using Induction Heating System" (2019), has garnered 2 citations, reflecting its niche but practical significance in optimizing shipyard productivity. By addressing the bottleneck of plate forming—a step essential to creating the complex geometry of modern ship hulls—Kim’s research supports more accurate and faster fabrication, potentially lowering costs and improving structural integrity. His work is notable for bridging thermal engineering and naval architecture, offering solutions that streamline one of shipbuilding’s most challenging tasks. For students and researchers in marine engineering, Kim’s studies provide foundational insights into automated forming processes, highlighting the ongoing industrial shift toward precision and efficiency in heavy manufacturing.
Research Focus
Key Achievements
Top Papers
- 1