Daniela Tommasin
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- Journal Article
- A1
- open access
Physics of within-tissue wave propagation generated by pulse propagation in the carotid artery
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- Journal Article
- A1
- open access
Detecting carotid stenosis from skin vibrations using Laser Doppler Vibrometry : an in-vitro proof-of-concept
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Modeling skin and soft tissue vibrations generated by pressure pulse propagation in the common
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Feasibility study of local pulse wave velocity estimation in the carotid artery with multi-beam Laser
(2018) p.1-1 -
Physics of wave propagation underlying skin tissue motion generated by the pressure pulse in the carotid artery
(2018) p.1-1 -
Non-contact local pulse wave velocity estimation on in-vitro neck models
(2018) p.1-1 -
Modelling within-tissue wave propagation generated by the pressure pulse in the carotid artery
(2018) p.1-1 -
Modelling within-tissue wave propagation generated by the pressure pulse in the carotid artery
(2018) -
- Conference Paper
- C3
- open access
Can laser doppler vibrometer detect carotid stenosis from skin vibrations? Hydraulic bench tests on patient-specific model
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- Conference Paper
- C3
- open access
Detecting carotid stenosis from skin vibrations: proof-of-principle from hydraulic bench tests on a compliant stenotic carotid bifurcation model
(2018) p.1-1