Lorenz Beulting
Papers
1
Total Citations
14
H-Index
1
About
Lorenz Beulting is a researcher focused on advancing laser-based additive manufacturing, particularly laser metal deposition (LMD). His work addresses a critical challenge in 3D printing: controlling heat accumulation during the fabrication of complex structures. In his most-cited paper (2020, 14 citations), Beulting systematically investigated how heat buildup affects single-track formation in LMD, developing a novel framework to analyze and optimize new process strategies. This contribution is vital for improving the reliability and precision of LMD when building three-dimensional parts, where heat transfer mechanisms shift dynamically with increasing build height. By quantifying thermal effects and proposing actionable strategies, Beulting’s research helps bridge the gap between cladding applications and true 3D printing with metals. His work is particularly relevant for industries seeking to produce intricate, high-performance components with minimal defects. Through careful experimental analysis and modeling, Beulting provides engineers and researchers with tools to better understand and control the LMD process, paving the way for more robust additive manufacturing workflows.
Research Focus
Key Achievements
Top Papers
- 1