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ManoUS - Research project
Intravascular manometry by vector Doppler ultrasound
PhD student: Samaneh CHOUPANI, ED 162 MEGA (Mechanics, Energectics, Civil Engineering, Accoustics)
ABSTRACT
The thesis project is part of the assessment of the severity of vascular narrowing (stenosis). The measurement of pressure loss due to vascular stenosis is usually performed by catheterisation, an invasive medical procedure consisting of introducing a thin tube into the blood flow. The objective of this thesis is therefore to develop and experimentally validate a non-invasive ultrasound technique, compatible with clinical requirements, for the measurement of pressure loss in vascular stenosis. For this purpose, relative pressures will be estimated from blood velocity vector fields.
PUBLICATIONS
No publication available yet.
About the ManoUS project
RESEARCH AXIS
Axis #2
KEYWORDS
Ultrafast ultrasound imaging; PIV imaging; fluid dynamics; aortic stenosis; in vitro experiments
DURATION - STATUS
01/10/2020 – 30/09/2023 - Ongoing
PhD STUDENT
Samaneh CHOUPANI (CREATIS)
PROJECT COORDINATOR
François VARRAY (CREATIS)
COORDINATING LABORATORY
CREATIS Laboratory
PARTNER LABORATORIES
Laboratory of Therapeutic Applications of Ultrasound (LabTAU)
PARTNER RESEARCHERS
Jean-Christophe BERA (LabTAU)
Bruno Gilles (LabTAU)
Axis #2
KEYWORDS
Ultrafast ultrasound imaging; PIV imaging; fluid dynamics; aortic stenosis; in vitro experiments
DURATION - STATUS
01/10/2020 – 30/09/2023 - Ongoing
PhD STUDENT
Samaneh CHOUPANI (CREATIS)
PROJECT COORDINATOR
François VARRAY (CREATIS)
COORDINATING LABORATORY
CREATIS Laboratory
PARTNER LABORATORIES
Laboratory of Therapeutic Applications of Ultrasound (LabTAU)
PARTNER RESEARCHERS
Jean-Christophe BERA (LabTAU)
Bruno Gilles (LabTAU)