Search Results - "Meesala, Vamsi C."

Holographic mirrors for spatial ultrasound modulation in contactless acoustic energy transfer systems by Sallam, Ahmed, Meesala, Vamsi C., Hajj, Muhammad R., Shahab, Shima

“…This work introduces and investigates a flat acoustic mirror capable of efficiently manipulating a wavefront and creating an arbitrary pressure pattern in a…”
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Acoustic-electroelastic interactions in ultrasound energy transfer systems: Reduced-order modeling and experiment by Meesala, Vamsi C., Ragab, Saad, Hajj, Muhammad R., Shahab, Shima

“…Contactless ultrasound energy transfer from a piezoelectric cylinder or disk subjected to forced vibrations to a piezoelectric receiver offers the capability…”
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Nonlinear effects in high-intensity focused ultrasound power transfer systems by Bhargava, Aarushi, Meesala, Vamsi C., Hajj, Muhammad R., Shahab, Shima

“…In the context of wireless acoustic power transfer, high-intensity focused ultrasound technology aims at the reduction of spreading losses by concentrating the…”
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Parameter sensitivity of cantilever beam with tip mass to parametric excitation by Meesala, Vamsi C., Hajj, Muhammad R.

“…The sensitivity of the response of a parametrically excited cantilever beam with a tip mass to small variations in elasticity (stiffness) and the tip mass is…”
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Phenomenological model of piezoelectric energy harvesting from galloping oscillations by Al Nuaimi, Saeed K., Meesala, Vamsi C., Hajj, Muhammad R.

“…We present an experimentally validated phenomenological model that directly predicts levels of energy harvested from large oscillations of an object subjected…”
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Modeling and identification of electro-elastic nonlinearities in ultrasonic power transfer systems by Meesala, Vamsi C., Hajj, Muhammad R., Shahab, Shima

“…We establish a nonlinear non-conservative mathematical framework for the acoustic-electro-elastic dynamics of the response of a piezoelectric disk to…”
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Response variations of a cantilever beam–tip mass system with nonlinear and linearized boundary conditions by Meesala, Vamsi C., Hajj, Muhammad R.

“…The distributed parameter governing equations of a cantilever beam with a tip mass subjected to principal parametric excitation are developed using a…”
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Reflective acoustic holograms for arbitrary pressure patterning and focusing by Sallam, Ahmed, Meesala, Vamsi C., Shahab, Shima

“…Monolithic passive holographic lenses (MPHLs) are being proposed as an alternative technology to phased array transducers (PATs) and subwavelength structured…”
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Shock formation distance—A design parameter for high power acoustic energy transfer systems by Meesala, Vamsi C., Hajj, Muhammad, Shahab, Shima

“…An interesting consequence of the nonlinear propagation of a finite-amplitude acoustic wave is the formation of a discontinuity in the pressure or also known…”
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Nonlinear acoustic-structure interaction in high intensity focused ultrasound power transfer systems by Bhargava, Aarushi, Meesala, Vamsi C., Shahab, Shima

“…Ultrasound power transfer (UPT) has emerged as one of the most promising technique to wirelessly transfer power. The mechanism of UPT involves…”
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Bifurcation-based MEMS mass sensors by Meesala, Vamsi C., Hajj, Muhammad R., Abdel-Rahman, Eihab

“…•Exploit variations in the Hopf bifurcation response to design highly sensitive mass sensors using parametrically excited cantilever beam.•Proposeand model two…”
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Analysis and prediction of shock formation in acoustic energy transfer systems by Meesala, Vamsi C, Hajj, Muhammad R, Shahab, Shima

“…Losses associated with nonlinear wave propagation and exhibited by acoustic wave distortion and shock formation compromise the efficiency of contactless…”
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Nonlinear effects in high-intensity focused ultrasound power transfer systems by Bhargava, Aarushi, Meesala, Vamsi C, Hajj, Muhammad R, Shahab, Shima

“…In the context of wireless acoustic power transfer, high intensity focused ultrasound technology aims at the reduction of spreading losses by concentrating the…”
Get full text