Dr. Mohammed Daqaq -- People



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Clemson University


CU Mechanical Engineering


CU COES

Dept. of Mechanical Engineering
Clemson University
204 Fluor Daniel Building
Clemson, SC 29634-0921
mdaqaq@clemson.edu
Phone: (864) 656-7471
Fax: (864) 656-7299

People

Current Doctoral Students:

Clodoaldo Silva - Joined in Spring 2008
"Nonlinear Dynamics of Tapered Beams"
Research interests are hybrid (PZT and MSM) energy harvesting, nonlinear
dynamics, linear and nonlinear partial differential equations and perturbation
methods. Currently studying how different mode-shape functions affects the
estimation of the effective nonlinearity of tapered cantilever beams.

masana

Ravindra Masana - Joined in Fall 2008
"Nonlinear Energy Harvesting Utilizing Axially-Preloaded Structures"

bibo Amin Bibo - Joined in Fall 2010
"Aeroelastic Energy Harvesting"

Gregory Batt - Joined in Fall 2007
"Nonlinear Vibration Response of Expanded Polymer Foam"
Involves modeling the nonlinear, viscoelastic vibration response of cushion
foam. System identification will involve numerical and experimental simulation
of a single degree of freedom system exposed to a linear unidirectional
harmonic motion. The desired output is a reduced order model and a
technique for evaluating such materials.

Past Students:

yousef Yousef Qaroush, Ph.D., May 2011
"Implementation of delayed-feedback controllers on continuous systems and
analysis of their response under primary resonance excitations"
Currently working at Corning Inc. in New York

Chris Stabler, M.S., May 2010
"On Utilizing Parametric Instabilities for Vibratory Energy Harvesting
under Harmonic, Time-Varying Frequency, and Random Environmental
Excitations"
Currently working at Exxon Mobil in Houston, TX

thiago Thiago Seuaciuc-Osório, M.S., August 2009
"Nonlinear Modeling and Optimization of Magnetostrictive Energy Harvesters"

Tugba Demir, M.S., August 2009
"Implementation of Nanomechanical Cantilever Sensors in Fuel Cells"
Currently pursuing a Ph.D. in Materials Science and Engineering at Clemson
University