Thesis

1 T. Feng, Ph.D., 2017, Design and Analysis of Efficient Adaptive Algorithms for Active Control of Vehicle Interior Sound, University of Cincinnati.
2 Y. Wang, Ph.D., 2017, Vibration and Sound Radiation Analysis of Vehicle Powertrain Systems with Right-angle Geared Drive, University of Cincinnati.
3 R. Dhakad, 2017, Active Control of Impulsive Noise Using Reference Weighted FxLMS Algorithm, University of Cincinnati.
4 Z. Shi, Ph.D., 2016, Nonlinear Time-varying Dynamic Modeling of Vehicle Driveline Systems with Emphasis on Hypoid Gear Excitation and Response, University of Cincinnati.
5 J. Xu, M.Sc., 2015, Active Control of Vehicle Powertrain Noise Using Adaptive Notch Filter with Inverse Model LMS Algorithm, University of Cincinnati.
6 G. Sun, Ph.D., 2013, Active Control of Impact Acoustic Noise, University of Cincinnati.
7 W. Elwali, Ph.D., 2013, Vehicle Vibro-Acoustic Response Computation and Control, University of Cincinnati.
8 G. Pietila, Ph.D., 2013, Intelligent Systems Approaches to Product Sound Quality Analysis, University of Cincinnati.
9 Y. Wang, M.Sc., 2013, Torque Load Effect on Multi-Point Mesh and Dynamics of Right-angle Geared Drives, University of Cincinnati.
10 J. Yang, Ph.D., 2012, Nonlinear Dynamics of Driveline Systems with Hypoid Gear Pair, University of Cincinnati.
11 J. Duan, Ph.D., 2011, Active Control of Vehicle Powertrain and Road Noise, University of Cincinnati.
12 S. Suresh, M.Sc., 2011, Transmission Loss Analysis of Laminated Glass with Porous Layers using Transfer Matrices for Automotive Applications, University of Cincinnati.
13 H. Satakopan, M.Sc., 2011, Time-Frequency Feature Extraction for Impact Sound Quality Analysis with Emphasis on Automobile Applications, University of Cincinnati.
14 B. Rudd, Ph.D., 2010, Active Tonal and Broadband Noise Control for Magnetic Resonance Imaging Systems, University of Cincinnati.
15 T. Peng, Ph.D., 2010, Coupled Multi-body Dynamic and Vibration Analysis of Hypoid and Bevel Geared Rotor System, University of Cincinnati.
16 X. Hua, M.Sc., 2010, Hypoid and Spiral Bevel Gear Dynamics with Emphasis on Gear-Shaft-Bearing Structural Analysis, University of Cincinnati.
17 W. Jiang, M.Sc., 2010, Spectral-based Substructure Transfer Path Analysis of Steady-state and Transient Vibrations, University of Cincinnati.
18 J. Duan, M.Sc., 2009, Active Control of Vehicle Powertrain Noise Applying Frequency Domain Filtered-x LMS Algorithm, University of Cincinnati.
19 P. Sondkar, Ph.D., 2008, A Hearing-based Frequency Domain Sound Quality Model for Combined Aerodynamic and Power Transmission Response with Application to Rotorcraft Interior Noise, University of Cincinnati.
20 E. Sorosiak, M.Sc., 2008, Numerical Simulation and Active Noise Control of Vehicle Interior Acoustics, University of Cincinnati.
21 J. Wang, Ph.D., 2007, Nonlinear Time-varying Gear Mesh and Dynamic Analysis of Hypoid and Bevel Geared Rotor Systems, University of Cincinnati.
22 A. Sharma, M.Sc., 2006, Dynamic Characteristics of Shaft-Universal Joint System, University of Cincinnati.
23 A. Joshi, M.Sc., 2005, Wave Attenuation Behavior of Vibrations Transmitted Through Supports in Rotating Structures with Geometric and Material Periodicities, University of Cincinnati.
24 M. Li, Ph.D., 2005, Active Vibration Control of a Gearbox System with Emphasis on Gear Whine Reduction, University of Cincinnati.
25 S.R. More, M.Sc., 2004, Experimental Characterization and Active Control Simulation of the Acoustic Noise Response of a High-field, High Rate MRI Scanner, University of Cincinnati.
26 P. Joshi, M.Sc., 2004, An Elastic Contact Theory for Modeling Vibration Transmissibility through Rolling Element Bearings, University of Cincinnati.
27 Y.H. Guan, Ph.D., 2003, Active Vibration Control of a Gear Pair System, University of Alabama (Received College of Engineering Outstanding Research Award and Outstanding Dissertation Award).
28 R. Pan, Ph.D., 2002, Modal And Spectral-based Hybrid Experimental-analytical Synthesis Technique for Analyzing Structural Dynamic Interactions, University of Alabama.
29 R.P. Tanna, Ph.D., 2002, Dynamic Characteristics of Ring-form Structures with Emphasis on Automotive Transmission Ring Gear Vibrations, University of Alabama.
30 Y. Dai, Ph.D., 2002, Structural Dynamic Optimization of Vehicle Brake Pad Design for Squeal Noise Reduction, University of Alabama.
31 L. Liu, Ph.D., 2002, A Frequency Response Function-based Inverse Sub-structuring Approach for Analyzing Vehicle System NVH Response, University of Alabama.
32 H. Wang, Ph.D., 2002, Gear Mesh Characteristics and Dynamics of Hypoid Geared Rotor System, University of Alabama.
33 X. Peng, M.Sc., 2002, Rotorcraft Cabin Sound Quality Analysis, University of Alabama.
34 C. Moon, M.Sc., 2002, Design and Vibro-acoustic Characterization of Gear Testing Machines for Active Vibration Control Studies, University of Alabama.
35 M. Li, M.Sc., 2002, Simulation Study on Active Vibration Control of Gear Whine Problem, University of Alabama.
36 X. Jiang, M.Sc., 2002, Nonlinear Torsional Dynamic Analysis of Hypoid Gear Pairs, University of Alabama.
37 H.V. Liew, M.Sc., 2002, Analysis of Time-varying Rolling Element Bearing Characteristics, University of Alabama.
38 J. Zhen, Ph.D., 2000, Development of a Spectral-based Sub-structuring Technique for Modeling Vibratory Response of Complex Vehicle Structures, University of Alabama (Received College of Engineering Outstanding Doctoral Dissertation Award).
39 Y. Cheng, Ph.D., 2000, Dynamics of High-speed Hypoid and Bevel Geared Rotor Systems, Ohio State University.
40 Y. Liu, M.Sc., 2000, Dynamic Characteristics of Welded Automotive Structures, University of Alabama (Received College of Engineering Outstanding M.Sc. Thesis Award).
41 J. Li, M.Sc., 1999, The Application of Enhanced Least Square and TSVD Approaches in FRF-based Sub-structuring Technique, Ohio State University.
42 N. Deshpande, M.Sc., 1998, An Experimental and Statistical Analysis of Impulsive Sound Quality with Applications to Automotive Door Closing and Locking Processes, Ohio State University.
44 R.D. Shadden, M.Sc., 1997, Development of Quantitative Methods to Determine Sound Quality of Power Window Regulators, Ohio State University.