Flow, Engine, Acoustics, and Turbocharger Research Laboratories: Theses
Theses
Stephanie Nicole Treiss, Time-Dependent Surface Temperature and Heat Flux Measurements on a Single Cylinder Engine Head and Liner; November 17, 2017.
John David Frederick, Time-Resolved In-Cylinder Heat Transfer and its Implications on Knock in Spark Ignition Engines; July 16, 2015.
Neil A. Figurella, Influence of Inlet Flow Modifications on Turbocharger Compressor Performance and Acoustics; April 3, 2014.
Justin W. Cartwright, The Characterization of an Externally Cooled Exhaust Manifold; November 22, 2013.
Kevin J. Fogarty, Turbocharger Turbines: An Experimental Study on the Effects of Wastegate Size and Flow Passage Design; January 3, 2013.
Richard D. Dehner, Simulation of Surge in Turbocharger Compression Systems; May 20, 2011.
Gregory David Uhlenhake, Characterization of Turbocharger Performance and Surge in a New Experimental Facility; October 15, 2010.
Austin Tyler Little, Autoignition Characteristics of Primary Reference Fuels and Their Mixtures; June 13, 2008.
Naqash Palathamveed, Acoustic Behavior of Intake Manifolds Under Tip-In and Steady Flow Conditions - An Experimental Investigation; December 21, 2007.
Rohit Menon, Evaluation of Silencer Concepts to Achieve Anechoic Termination with Mean Flow; June 8, 2007.
Shankar Kumar, A Time-Domain Analytical Approach to Predict the Primary Intake Runner Dynamics of a Single Cylinder Engine; May 24, 2006.
Vincent E. Mariucci, An Experimental and Computational Investigation of the Effect of Primary Intake Runner Geometry on the Performance of a Single Cylinder Engine; May 24, 2006.
Lauren E. Lecuru, Effect of High Valve Overlap to Simulate Dual Independent Variable Cam Timing in Internal Combustion Engines; May 23, 2006.
Jacques M.-A. Paul, The Effect of Interface Geometry on Dividing and Combining Flow Losses in Right-Angled Tee Junctions; September 16, 2005.
Adam M. Christian, The Effect of Interface Geometry on Flow Losses in Right-Angled Tee Junctions; November 21, 2003.
Sridevi M. Rupal, Experimental Study of the Effect of In-Cylinder Charge Motion on Combustion and Emissions in SI Engines Under Part Load Conditions; November 20, 2003.
Todd M. Howard, Tapered Intakes on Single-Cylinder Engine; August 13, 2003.
Cam Giang, Modeling of Hydrocarbon-Air Combustion and Emissions in a Perfectly Stirred Reactor; May 23, 2002.
Brian D. Knotts, Suppression of Flow-Acoustic Coupling in Sidebranch Ducts by Interface Modification; February 23, 2000.
Darius Kurniawan, An Experimental Study of Whistle Noise Induced by a Cavity in the Intake System of I.C. Engines; September 18, 1998.
Vasudeva R. Kothamasu, Effect of Intake and Exhaust Elements on Sound Attenuation and Engine Performance: An Experimental and Computational Investigation; September 15, 1998.
Nigel K. Hyatt, A Turbulent Flame Entrainment and Burning Model for In-Cylinder Combustion: Implementation into an Engine Simulation Code; April 18, 1996.
Sunny R. Khosla, CFD Based-Flow Performance Predictions of Expansion Chamber and Herschel Venturi Tube; August 1995.
Paul M. Radavich, The Effects of Multidimensional Wave Propagation on the Acoustic Attenuation Performance of Expansion Chambers and Helmholtz Resonators; March 1995.
Nolan S. Dickey, A Nonlinear Computational Simulation of Acoustic Silencers; August 1992.
Pranav Sriganesh, Reactive Silencers for High-Frequency Airborne Noise from Turbocharger Compressors; November 17, 2023.
Deb K. Banerjee, An Experimental and Computational Study of Inlet Flow Field in Turbocharger Compressors; November 15, 2022.
Smarajit Mukherjee, Time- and Space-Resolved Heat Transfer Model for Spark-Ignition Engines; January 30, 2018.
Richard D. Dehner, An Experimental and Computational Study of Surge in Turbocharger Compression Systems; November 23, 2016.
Asim Iqbal, Fundamentals of Knock; May 22, 2012.
Hyunsu Kim, Transmission Loss of Silencers with Flow from a Flow-Impedance Tube using Burst Signals; November 2011.
Yuesheng He, Effect of Intake Primary Runner Blockages on Combustion Characteristics and Emissions in Spark-Ignition Engines; September 2007.
Iljae Lee, Acoustic Characteristics of Perforated Dissipative and Hybrid Silencers; June 2005.
Paul M. Radavich, Coupling Between Mean Flow and Acoustic Resonances of a Deep Side-branch; July 2000.
Nolan S. Dickey, A Time Domain Approach for Acoustic Analysis of Perforated Tube Silencers; April 1999.
Kristofor R. Norman, Investigation and Design of an Alternative Exhaust System for Minimum Noise, Power Loss, and Pollutant Emissions - A Theoretical, Computational, and Experimental Approach; May 1996.