Daniel Michaelis
Papers
2
Total Citations
8
H-Index
2
About
Daniel Michaelis is a researcher specializing in the design and simulation of braided carbon fiber composites. His work focuses on integrating material design, manufacturing processes, and structural analysis to advance digital prototyping for lightweight structures. In his notable study, "DigitPro – Digital Prototype Build-up Using the Example of a Braided Structure" (2015), Michaelis demonstrated a comprehensive approach that bridges braiding simulation, virtual infiltration, and structural analysis—key contributions that support the development of efficient, high-performance composite materials. His research on braided carbon fiber composites (2016) further explores the mechanical behavior of these advanced materials. Despite a modest citation count of 4 per paper, his work represents foundational steps in digital twin technology for composite manufacturing, offering valuable insights for engineers and researchers seeking to optimize braided structures for aerospace and automotive applications. Michaelis’s contributions highlight the growing importance of simulation-driven design in modern materials engineering.
Research Focus
Key Achievements
Top Papers
- 1Braided carbon fiber composites4 citations · 2016
- 2DigitPro – Digital Prototype Build-up Using the Example of a Braided Structure4 citations · 2015