Catalina Gutierrez
Papers
1
Total Citations
2
H-Index
1
About
Catalina Gutierrez is a materials and manufacturing engineer whose research focuses on metal forming processes, particularly cross wedge rolling (CWR) for automotive applications. Her most-cited work, "Impact of tool wear on cross wedge rolling process stability and on product quality" (2017), examines how tool degradation affects process reliability and the dimensional accuracy of preforms used in connecting rod manufacturing. By analyzing the relationship between tool wear, process stability, and final product quality, Gutierrez provides critical insights for improving production efficiency and reducing defects in high-volume automotive forging lines. While her citation count is currently modest, her contributions address a practical industrial challenge: maintaining consistent quality as tooling ages. Her work underscores the importance of process monitoring and tool maintenance in advanced manufacturing, offering valuable guidance for engineers seeking to optimize CWR operations. Gutierrez’s research bridges the gap between fundamental metal forming theory and real-world production constraints, making her a notable voice in sustainable and reliable manufacturing processes.
Research Focus
Key Achievements
Top Papers
- 1