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EAGLECREST HIGH SCHOOLCentennial, Colorado
Sci-Tech
OUR TEAM
Riley Abbott TEDP/HA [email protected] Bamaw Team Patch [email protected] Edward Banfill Fund Raising [email protected] **Tom Brachtenbach Co-Team Leader
TEDP/[email protected]
Henry Chu Fund Raising [email protected] de Dios Team Patch [email protected]** Krystal de Dios (1/30) Website [email protected] **Gunnar Dickey Co-Team Leader
Build [email protected]
Liam Ladd Video/Photo [email protected] **Doug Lundell (3/24) NESI
Ben Sheffer NESI Leader [email protected] Christian Sunblade Website [email protected]
g** Joshua Swan (3/3) NESIBuild
Raymond Truelson Fund Raising [email protected]
Kyle Li Team Patch [email protected] Olivia Gardner Lubricant Research [email protected] Kaycee Bischoff Lubricant Research Jeremiah Williams Video/Photo [email protected] Nathan Assefa Video/Photo [email protected] Dave Schlichting – Teacher HUNCH Coordinator dschlichting@cherrycreekschools.
org Ross Ericson – Teacher Build Coordinator [email protected]
Steve Smith – Teacher Build Design [email protected]
Abstract from Eaglecrest High School
Analysis of Mechanical System for Testing Lubricants in Microgravity
Lubrication is a necessity for mechanical systems to run efficiently and with minimal wear, and this holds true in microgravity. Our goal in this experiment is to create an apparatus to effectively test lubricant efficiency in microgravity. We will prove the experiment’s testing capabilities instead of simply collecting data for multiple lubricants. To do this, we will use a control and one lubricant. There will be two sets without a lubricant and two sets with the same lubricant. The data we collect in microgravity will show little to no variation within each of the two sets but will show a distinct variation between them. This demonstrates consistency of data for the experiment as well as the ability to test lubricant effectiveness. The data for this proof will be calculated by an encoder monitoring rpms of the driven gear in our system. This data collection and experimental set up will prove the apparatus’s effectiveness for calculating lubricant efficiency in microgravity for future testing by us or NASA.
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