Back

Assessing boundary conditions in CFD for transvalvular pressure gradient calculation in cardiac hemodynamics

31 August 2024 (13:00 - 13:50)
Organised by: Logo
Congress Presentation Part of: Mechanistic insights into cardiac valve disease Valvular Heart Disease ESC Professional Premium Access ESC Congress 2024 European Society of Cardiology

About the speaker

Photo
Mr Fan Wu

Beijing (China)

5 More presentations in this session

Presentation thumbnail
Differences between stenotic bicuspid and tricuspid aortic valves: a histological comparison
Miss H. Wu (Leiden, NL)
Abstract Slides Video
Presentation thumbnail
The mechanical environment regulates the extent of aortic valve calcification and thickness: an ex vivo whole mouse heart study
Ms M. El Ouraoui (Leiden, NL)
Abstract Slides Video
Presentation thumbnail
Polyphenol-treatment without preceding glutaraldehyde fixation: a potential paradigm change for bioprosthetic heart valves
Doctor B. Melica (Vila Nova de Gaia, PT)
Abstract Slides Video
Presentation thumbnail
A novel murine wire injury based infectious endocarditis model aggravates aortic valve stenosis
Doctor B. Bartsch (Bonn, DE)
Abstract Slides Video
Presentation thumbnail
Wire injury induced moderate aortic valve stenosis in mice is accompanied by a chronic systemic inflammatory reaction
Doctor K. Becker (Duesseldorf, DE)
Abstract Slides Video

Access the full session

Session thumbnail
Mechanistic insights into cardiac valve disease

The Event

Event poster

ESC Congress 2024

31 August 2024 13:00 CET
You may be interested in
thumbnail
Congress Presentation
Calculation of intraprocedural hemodynamics with computational functional dynamic in mitral valve edge-to-edge repair
thumbnail
Congress Presentation
Impact of hypertension on mean transvalvular gradients in aortic stenosis Lessons learned from in silico modelling
thumbnail
Congress Presentation
Patient-specific computational simulation for predicting pre- and post-TEER hemodynamics

ESC 365 is supported by

novartis Explore sponsored resources

ESC 365 is supported by

novartis Explore sponsored resources