Engineer's thesis — 1955

• Baldwin, Lawrence Cloyd — Viscous Effects on Static Pressure Distribution for a Slender Cone at a Nominal Mach Number of 5.8
• Benton, William Curtis — The Emissivity of Hydrogen Atoms at High Ttemperatures
• Birdwell, Carl — Investigation at Low Speed of a Six-Percent Thick Symmetrical Circular-Arc Airfoil with Leading Edge Retraction in Combination with Nose Slot
• Bowerman, Ray Deverle — Investigation of a Three-Dimensional Design Procedure for Axial Flow Pump Impellers
• Cornwell, Roy Stribling — Experiments in Nucleate Boiling Heat Transfer
• Crowe, Thomas Huston — Correlation of Laminar Flame Velocities for Hydrocarbon-Oxygen-Inert Gas Mixtures
• Doss, Robert Franklin — Leading Edge Retraction as a High Lift Device
• Fehrman, Alvin Lyone — Effect of Spin and Yaw on Boundary Layer Transition Along a Body of Revolution
• Flygare, Richard Wilson — An Investigation of Ground Accelerations Produced by Machines
• Howard, Weston Morgan — An Experimental Investigation of Pressure Gradients Due to Temperature Gradients in Small Diameter Tubes
• James, George Thomas — The Effect of Adhesive Coating on the Fatigue Properties of 2014-T and 7075-T at Normal and Elevated Temperatures
• Kiley, Donald Walter — On the Burning of Single Drops of Monopropellants
• Larsen, Harold Cecil — Design of a Model for the Measurement of the Pressure Distribution on an Axially Symmetric Rotating Body
• McClellan, Robert — Equilibrium Temperature and Heat Transfer Characteristics of Hot Wires in Supersonic Flow
• Rex, James Foster — Interference Effects During Burning in Air for Two Stationary N-Heptane Droplets
• Schalin, Pehr Harald Benedictus — A Slender Body Aeroelastic Transfer Function Including the Effects of Structural Flexibility and Nonstationary Aerodynamics
• Seidman, Oscar — A Theoretical Investigation of the Effect of Upwash and Camber on Drag Due to Lift for Rectangular Wings at Supersonic Speeds
• Stalk, George — A Study of Fatigue Notch Sensitivity of 2014-T and 7075-T at Elevated Temperatures
• Williamson, William Jeffris — An Experimental Investigation of Heat Transfer from Fine Wires to Still Air at Low Density