Date of Award

6-2024

Document Type

Thesis

Publisher

xSanta Clara : Santa Clara University, 2024

Department

Mechanical Engineering

First Advisor

Robert A. Marks

Abstract

In this thesis, we outline the development of a low-cost high-temperature vacuum furnace attachment for a standard tensile tester at Santa Clara University. The project aims to expand the material testing capabilities of the university, promoting sustainability and enhancing safety in engineering applications. By focusing on design considerations, manufacturability, and economic viability, the team strives to create an accessible and efficient tool for advancing materials science research.

The initial phase of this multi-year project involves constructing a water-cooled vacuum chamber, which is crucial for the overall furnace system. This phase sets the foundation for subsequent developments, including the integration of a high-temperature heating system capable of reaching up to 2000 °C and the development of a sophisticated control interface for precise temperature regulation and data acquisition. We aim for this attachment to increase accessibility of materials testing under extreme conditions, providing valuable insights into material behavior and advancing research opportunities in material science. The project emphasizes a phased development approach to ensure long-term success and scalability, benefiting researchers, students, and the broader scientific community.

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