Experimental Mechanics of Soft and Bio-Materials, Material Characterization Including High Speed Rheometry, Magnetic Resonance, and Inverse Techniques, Inertial Cavitation Dynamics, Photoacoustic and Laser Microscopy, Cell Mechanics, Image Processing Techniques, Digital Image and Volume Correlation
1 faculty research Experimental Mechanics of Soft and Bio-Materials, Material Characterization Including High Speed Rheometry, Magnetic Resonance, and Inverse Techniques, Inertial Cavitation Dynamics, Photoacoustic and Laser Microscopy, Cell Mechanics, Image Processing Techniques, Digital Image and Volume Correlation on GradNova.
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Associate Professor, Mechanical Engineering
Experimental Mechanics of Soft and Bio-Materials, Material Characterization Including High Speed Rheometry, Magnetic Resonance, and Inverse Techniques, Inertial Cavitation Dynamics, Photoacoustic and Laser Microscopy, Cell Mechanics, Image Processing Techniques, Digital Image and Volume Correlation
Ultrasound and Hyperthermia Applications
3D Printing in Biomedical Research
Ultrasound and Cavitation Phenomena