Bio
David is a Research Staff Member in the Intelligent Machine Tools group, Manufacturing Science Division, at Oak Ridge National Laboratory. David specializes in research regarding machining dynamics, 5-axis tool path generation for finish machining of Additively Manufactured preforms, and the geometry definition of preforms for finish machining of thin-walled features.
As a result of more than a decade long industrial experience in advanced subtractive process development for machining of Titanium components and other Heat Resistant Super Alloys, David aims to combine his knowledge of subtractive manufacturing with the advantages offered by additive manufacturing. His research interests include the optimization of additively generated preforms for the manufacturing of blisk blades.
Before joining Oak Ridge National Laboratory, David was member of the Research Team at Makino Inc. in the United States. His research at Makino included the application of a new cutting technology for roughing Titanium alloys at higher productivity than carbide technology. This work granted the team two patents regarding the application of such technology. Other significant achievements involve the manufacturing process development of unique components such as the first Metal Leading Edge for GE9x engine and two structural components part of the Orion Capsule belonging to the ARTEMIS program.
Professional Experience
Sr. Process Development Engineer, R&D Department at Makino Inc. Mason, OH.
Research Assistant, High Performance Manufacturing Group at UPV/EHU. Bilbao, Spain.
Research Assistant, Intelligent Machine Research Division at ITESM. Monterrey, Mexico.
Education
Master of Science in Manufacturing Systems degree from the Monterrey Institute of Technology and Higher Education (Mexico) / University of the Basque Country (Spain), 2008.
Bachelor of Mechanical Engineering degree from the Pachuca Institute of Technology (Mexico), 2005.
Trademarks and Patents
David Olvera, Mark W. Larson, Brian T. List & Paul L. Meredith. Makino Inc. 2020.
Method for Machining Titanium Alloys Using Polycrystalline Diamond. US20200331078A1.
David Olvera. Makino Inc. 2021.
Method for Manufacturing a Rotatable Tool Body to Minimize Cutting Insert Runout, a Tool Body Produced Therefrom, and a Method of Using Such a Tool Body. US20230075742A1. (Pending)