Add to ORKGCavitation rheology measures the pressure at which a bubble blown in soft material suddenly expands rapidly. It is gentle enough to allow stiffness measurements of biological materials in vivo
To guide the development of tissue scaffolds and the characterization of naturally heterogeneous bio...
International audienceThis research is devoted to understanding the physical mechanism of cavitation...
With many emerging applications such as chemical reactions and ultrasound therapy, acoustic cavitati...
Cavitation rheology measures the pressure at which a bubble blown in soft material suddenly expands ...
At therapeutic intensities, the application of ultrasound is often accompanied by bubble activity. B...
We propose cavitation rheology as a nondestructive method of assessing cutaneous biomechanical prope...
Bubbles in complex fluids are often desirable, and sometimes simply inevitable, in the processing of...
Strongly collapsing bubbles, whose presence and activity are often conveniently captured by the word...
International audienceBubbles are present in a large variety of emerging applications, from advanced...
An acoustic based instrument, the ABS ACOUSTIC BUBBLE SPECTROMETER®©, was investigated for the detec...
Cavitation bubbles form in soft biological systems when subjected to a negative pressure above a cri...
International audienceThe biaxial rheological behavior of materials such as elastomers or polymers c...
Quantitative experimental observations of single-bubble cavitation in viscoelastic media that would ...
Today the acoustic cavitation is used in many fields, from industrial applications for the cleaning...
With many emerging applications such as chemical reactions and ultrasound therapy, acoustic cavitati...
To guide the development of tissue scaffolds and the characterization of naturally heterogeneous bio...
International audienceThis research is devoted to understanding the physical mechanism of cavitation...
With many emerging applications such as chemical reactions and ultrasound therapy, acoustic cavitati...
Cavitation rheology measures the pressure at which a bubble blown in soft material suddenly expands ...
At therapeutic intensities, the application of ultrasound is often accompanied by bubble activity. B...
We propose cavitation rheology as a nondestructive method of assessing cutaneous biomechanical prope...
Bubbles in complex fluids are often desirable, and sometimes simply inevitable, in the processing of...
Strongly collapsing bubbles, whose presence and activity are often conveniently captured by the word...
International audienceBubbles are present in a large variety of emerging applications, from advanced...
An acoustic based instrument, the ABS ACOUSTIC BUBBLE SPECTROMETER®©, was investigated for the detec...
Cavitation bubbles form in soft biological systems when subjected to a negative pressure above a cri...
International audienceThe biaxial rheological behavior of materials such as elastomers or polymers c...
Quantitative experimental observations of single-bubble cavitation in viscoelastic media that would ...
Today the acoustic cavitation is used in many fields, from industrial applications for the cleaning...
With many emerging applications such as chemical reactions and ultrasound therapy, acoustic cavitati...
To guide the development of tissue scaffolds and the characterization of naturally heterogeneous bio...
International audienceThis research is devoted to understanding the physical mechanism of cavitation...
With many emerging applications such as chemical reactions and ultrasound therapy, acoustic cavitati...