1. Design Optimizations for Turbulence Reduction of a Closed-Circuit Compressed Air Wind Open Access Author: Fink, Jason Title: Design Optimizations for Turbulence Reduction of a Closed-Circuit Compressed Air Wind Area of Honors: Aerospace Engineering Keywords: wind tunnelfluid mechanicsaerodynamicsflow separationboundary layer controlturbulenceCADpressure vesselclosed-circuitrotary systemsmesh screenstest sectionwide-angle diffuserflow conditioningsettling chamberreturn diffuserrotational augmentationUAVsphase-lock imagingairfoilspressure drop File: Download Aerospace_Engineering_Undergraduate_Thesis_Jason_Fink.pdf Thesis Supervisors: Mark A Miller, Thesis SupervisorPhilip John Morris, Thesis Honors Advisor
2. A Viscous-Inviscid Channel Flow Approach for Preliminary Wind Tunnel Design Open Access Author: Boerchers, John Title: A Viscous-Inviscid Channel Flow Approach for Preliminary Wind Tunnel Design Area of Honors: Aerospace Engineering Keywords: aerodynamicsfluid mechanicswind tunneldesignwind tunnel designcomputationalnumericalturbomachinery File: Download Thesis_-_Boerchers.pdf Thesis Supervisors: David K Hall, Thesis SupervisorMark David Maughmer, Thesis Honors Advisor