Document Type
Report
Publication Date
Spring 2026
Abstract
This project focused on the design, analysis, and testing of an air-bearing gravity compensation testbed intended to simulate reduced-friction motion for space-related applications. Computational Fluid Dynamics (CFD) simulations were conducted to evaluate airflow characteristics, pressure distribution, and bearing performance under various operating conditions. The design was refined to improve load support, stability, and airflow efficiency while maintaining manufacturability. Experimental testing and simulation results were compared to assess system performance and validate design assumptions. The completed testbed demonstrates the feasibility of using air bearings to create a low-friction environment suitable for motion testing and gravity compensation studies.
Recommended Citation
Glover, Carter and Zhou, Siyuan, "Gravity Compensation" (2026). Senior Project. 11.
https://pillars.taylor.edu/symposium-sr-project/11
Notes
Course: ENP 495, Engineering Senior Capstone III (Dr. Peter Staritz)