Hypothesized Surface: Sample Return from Hypothesized Surfaces – Sealing System for Sample Return
INSTITUTION
Rose-Hulman Institute of Technology (RHIT)
CLASS
Tungsten Class (2023 – 2024)
STUDENT TEAM
Kiana Martin, Mechanical Engineering
Mandy Chick, BS Mechanical Engineering
Scientific and technical GUIDANCE
Dr. Paulo Younse, Robotics Engineer, NASA Jet Propulsion Laboratory
ACADEMIC GUIDANCE
Dr. Ashley Bernal, Associate Professor of Mechanical Engineering
Dr. Matt Riley, Associate Professor of Mechanical Engineering
Dr. Shraddha Sangelkar, Associate Professor of Mechanical Engineering
PROJECT DESCRIPTION
“Psyche Asteroid Sample Return”
Psyche is a metal-rich asteroid, currently orbiting the Sun between Mars and Jupiter. Arizona State University oversees leading the mission to explore the asteroid. The first mission is in progress and launched in October of 2023 to explore the origin of the asteroid. In the future, scientists and engineers may propose a follow-on mission to return samples of the asteroid to Earth. Obtaining authentic samples will allow researchers to gain a better understanding of the surfaces of the asteroid. Our sample containment system could be utilized during this mission to preserve and protect the samples.
The goal of our senior capstone project a sealing system for collected samples from the Psyche asteroid. The final design must be a fully automated containment system that maintains integrity of samples from the asteroid. Most of the characteristics of Psyche are only hypothesized, such as material and surface texture. Therefore, we must consider the associated technical challenges with our design. Challenges for this project include simulating extreme conditions of Psyche, such as zero atmospheric pressure, cold temperatures, and a low acceleration of gravity. The system must function under such extreme conditions. Additionally, the system must be cost effective and versatile.
We started the year looking into different designs for a plug, starting with a plug utilizing nitinol. After looking further into this design, we decided to go a more mechanical route. This allowed us to be able to make a plug with our own designs, and limited risk as heat is needed to apply the nitinol plug.
