- BS/BA: Sharif University of Technology- Iran
- MS: University of Tennessee at Knoxville- USA
- PhD: University of Tennessee at Knoxville- USA
- Phone: 82883388
- Fax: 82883388
- Email: khadem@modares.ac.ir
- Resume Download
Research Experiences: has contracted several research projects, among them are: 1993- 2006 · Development of Vibration Analysis for Fault Detection of Plates under External Loading, · Application of Vibration Analysis to the Detection of Peripheral Cracks in Thick- walled Pipes and Enhancing the Existing Models, · Development of Vibration Analysis for Fault Detection of Axis-symmetric Shells, · Design and Manufacturing of a Microprocessor-Based Vibration Isolation System, · Computer Simulation and Control of a Robot to Help Handicapped, · Design of a Six Degree of Freedom Robot for Handicapped, · Vibration Analysis of Flexible Robot Manipulators, · Application of Wigner-distribution for Fault Detection of Rotating Machinery, · Development of Vibration Signature Analysis for Fault Detection of of Rotating Machinery by Designing the Biorthogonal Wavelet and Multiwavelet Systems. Current Research Projects
2006-Present
· Static and Dynamic Analysis of a CNT-Reinforced Micro Cantilever · Design and Analysis of a Nano Gyroscope · Nonlinear Thermo-Viscoelastic Vibration and Dynamic Stability Analysis of a CNT-Reinforced Microbeam under Electrostatic Field · Nonlinear Vibration and Dynamic Stability Analysis of High Speed Flexible Rotors · Nonlinear Vibration and Dynamic Stability Analysis of a CNT Reinforced Viscoelastic Microplate · Design and Modeling of a Shock Micro/Nano Accelerometer Used in Airbags · Industrial Micro/Nano Accelerometers Design, Considering Aerodynamic Damping Effect · Nonlinear Vibration and Dynamic Stability Analysis of a Fluid-Surrounded Multilayer Boron-Nitride Nanotube · Design and Manufacturing of an Experimental Setup to study Silicon NEMS Resonators Characteristics · Design and Manufacturing of a Nano Gas Sensor- Actuator · Design and Manufacturing of a Pressure Sensor · Nonlinear Vibration Analysis and Dynamic Stability of a Variable Compression Ratio Micropump for Energy Consumption optimization |