The paper describes methodology, instrumentation, and experiments for the study of the mechanical behaviour of MEMS, especially active micromembranes. The technique of speckle interferometry is extended to high microscopic magnification and short wavelength of laser light. Micromembrane arrays different in size and shape were analysed with respect to plezo response, resonance, and cross-talk. Challenging issues for the optical measurement are the micrometer lateral size of the details, the nanometer deflection, and the Megahertz frequencies of resonant vibrations
fibre optic intelferometric technique for non-contact dynamic displacement measurements of a micropu...
In this letter, a 1.8-mm 1.8-mm capacitive micromachined ultrasonic transducer (CMUT) element is ex...
Micro cantilever beams are used extensively in experimental nanomechanics. They were initially used ...
A novel, interferometry-based approach to micropipette aspiration overcomes the spatial resolution l...
Microscopic interferometry is a powerful technique for the static and dynamic characterization of mi...
We present a methodology for static and dynamic testing of mechanical properties of microelements. T...
A novel micromachined, membrane-based probe has been developed and fabricated as assays to enable pa...
We present an experimental study of the bending waves of freestanding Si3N4 nanomembranes using opti...
This thesis presents a novel method for mechanical testing of biological membranes. Although the met...
The nanomechanical behaviour of micromembranes for high temperature applications of a microelectro m...
Design, manufacturing and test of microcomponents generate new challenges for measurement techniques...
Experimental vibration analysis of mechanical structures is a well established field.Plenty of liter...
Micropipette aspiration (MPA) is an essential tool in mechanobiology; however, its potential is far ...
We have developed a membrane deflection experiment particularly suitable for the investigation of su...
An optical microscope, utilizing the principles of time-averaged hologram interferometry, is describ...
fibre optic intelferometric technique for non-contact dynamic displacement measurements of a micropu...
In this letter, a 1.8-mm 1.8-mm capacitive micromachined ultrasonic transducer (CMUT) element is ex...
Micro cantilever beams are used extensively in experimental nanomechanics. They were initially used ...
A novel, interferometry-based approach to micropipette aspiration overcomes the spatial resolution l...
Microscopic interferometry is a powerful technique for the static and dynamic characterization of mi...
We present a methodology for static and dynamic testing of mechanical properties of microelements. T...
A novel micromachined, membrane-based probe has been developed and fabricated as assays to enable pa...
We present an experimental study of the bending waves of freestanding Si3N4 nanomembranes using opti...
This thesis presents a novel method for mechanical testing of biological membranes. Although the met...
The nanomechanical behaviour of micromembranes for high temperature applications of a microelectro m...
Design, manufacturing and test of microcomponents generate new challenges for measurement techniques...
Experimental vibration analysis of mechanical structures is a well established field.Plenty of liter...
Micropipette aspiration (MPA) is an essential tool in mechanobiology; however, its potential is far ...
We have developed a membrane deflection experiment particularly suitable for the investigation of su...
An optical microscope, utilizing the principles of time-averaged hologram interferometry, is describ...
fibre optic intelferometric technique for non-contact dynamic displacement measurements of a micropu...
In this letter, a 1.8-mm 1.8-mm capacitive micromachined ultrasonic transducer (CMUT) element is ex...
Micro cantilever beams are used extensively in experimental nanomechanics. They were initially used ...