Most Recent Additions* | AFIT Scholar

Most Recent Additions*

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Global Sporadic-E Prediction and Climatology Using Deep Learning
J. A. Ellis, Daniel J. Emmons, and M. B. Cohen

Link

Comparative analysis of C n 2 estimation methods for sonic anemometer data
Melissa Beason, Guy Potvin, Detlev Sprung, Jack E. McCrae, and Szymon Gladysz

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Investigating Turbulence Distribution in the Lower Atmosphere using Time-lapse Imagery from a Camera Bank
Benjamin C. Wilson, Santasri R. Bose-Pillai, Jack E. McCrae, Steven T. Fiorino, Robert P. Freeman, and Laura R. Slabaugh

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Quantification of Surface Layer Turbulence using Sensible Heat Values from Energy Balance versus Aerodynamic Methods
Steven T. Fiorino, Yogendra Raut, Jaclyn Schmidt, Laura Slabaugh, Blaine Fourman, Jack E. McCrae, Benjamin C. Wilson, and Santasri R. Bose-Pillai

 

Comparison of In-Cylinder Pressure Measurement Methods in a Small Spark Ignition Engine
Joseph K. Ausserer, Alexander K. Rowton, Keith D. Grinstead, Paul J. Litke, and Marc D. Polanka

 

Integrated computational study of an optoelectronic pulsed power radio frequency source
Timothy Wolfe, John Cetnar, Eric Moore, Roger Burchette, Seth Nickolas, Ashley Francis, Derrick Langley, James C. Petrosky, Anthony J. Terzuoli Jr., and Timothy W. Zens

 

Optimization of Ultra Compact Combustor Flow Path Splits
Andrew E. Cottle and Marc D. Polanka

 

An Optimal Control Approach to Aircraft Automatic Ground Collision Avoidance
Angela W. Suplisson, Richard G. Cobb, William P. Baker, and David R. Jacques

 

QuEST for malware type-classification
Sandra L. Vaughan, Robert F. Mills, Michael R. Grimaila, Gilbert L. Peterson, Mark E. Oxley, Thomas E. Dube, and Steven K. Rogers

 

Comparison of microfacet BRDF model elements to diffraction BRDF model elements
Samuel D. Butler, Stephen E. Nauyoks, and Michael A. Marciniak

 

Experimental measurement and analysis of wavelength-dependent properties of the BRDF
Samuel D. Butler, Stephen E. Nauyoks, and Michael A. Marciniak

 

Digital holography wave-front sensing in the presence of strong atmospheric turbulence and thermal blooming
Mark F. Spencer, Ivan V. Dragulin, Daniel S. Cargill, and Michael J. Steinbock

*Updated as of 05/24/25.