Company Filing History:
Years Active: 2007-2012
Title: The Innovations of Steven E Benzley
Introduction
Steven E Benzley is a notable inventor based in Provo, UT (US). He holds a total of 5 patents that showcase his contributions to the field of finite element mesh coarsening. His work has significantly impacted the efficiency and adaptability of finite element methods in various applications.
Latest Patents
One of his latest patents is titled "Quadrilateral/hexahedral finite element mesh coarsening." This technique describes a method for coarsening a finite element mesh (FEM) by identifying a coarsening region within the FEM. The process involves recognizing perimeter chords along the boundaries of the coarsening region and redirecting them to create an adaptive chord that separates the coarsening region from the rest of the FEM. This adaptive chord runs through mesh elements along the perimeter boundaries and is extracted to coarsen the FEM effectively. Another significant patent is "Quadrilateral finite element mesh coarsening," which outlines techniques for coarsening a quadrilateral mesh. This method includes identifying a coarsening region, removing quadrilateral elements along a path through the region, and merging node pairs along opposite sides of the path to collapse it.
Career Highlights
Throughout his career, Steven has worked with prominent organizations such as Sandia Corporation and Sandin Corporation. His experience in these companies has allowed him to refine his skills and contribute to innovative projects in the field of engineering and technology.
Collaborations
Steven has collaborated with talented individuals, including Jason F Shepherd and Matthew L Staten. These partnerships have fostered a creative environment that has led to the development of groundbreaking technologies.
Conclusion
Steven E Benzley is a distinguished inventor whose work in finite element mesh coarsening has made a significant impact in the field. His innovative techniques and collaborations with industry professionals continue to advance the capabilities of finite element methods.