Minisimposium
Wednesday, 13 June 2018 08:30 - 10:30 Direct and inverse methods for cardiovascular and pulmonary biomechanics I Minisymposium organized by Wolfgang A. Wall, C. Alberto Figueroa, Marek Behr and Raoul van Loon |
MS222A Room: Staffa CPH Chair: Wolfgang A. Wall |
Modelling bioheat transfer in an aged body
How the deformation of red blood cells affects hemolysis estimation for ventricular assist devices
Non-invasive assessment of fractional flow reserve using reduced-order models
Towards a multi-scale computational tool for assessing the cardiovascular risk in obese children
Hemodynamics in the pulmonary bifurcation in relation to adults with congenital heart disease: effect of branching angle and origin
Parametric model order reduction using POD for coupled nonlinear cardiac mechanics
|
|
Wednesday, 13 June 2018 11:00 - 13:00 Direct and inverse methods for cardiovascular and pulmonary biomechanics II Minisymposium organized by Wolfgang A. Wall, C. Alberto Figueroa, Marek Behr and Raoul van Loon |
MS222B Room: Staffa CPH Chair: Wolfgang A. Wall |
Computational analysis of the coronary circulation during ventricular pacing
A probability measure for aortic vessel wall overload based on fluid-structure interaction simulations
Reduced-order modelling of microvascular arteriovenous malformations to identify lesion morphology with diagnostic imaging data
Segregated multigrid preconditioned methods for incompressible cardiac mechanics
Linear optimization algorithm of the parameters estimation for the 1D hemodynamics parameter estimation
Aneurysm detection and monitoring by measuring and analysis of arterial pressure/velocity waveform
|
|
Wednesday, 13 June 2018 16:30 - 18:30 Direct and inverse methods for cardiovascular and pulmonary biomechanics III Minisymposium organized by Wolfgang A. Wall, C. Alberto Figueroa, Marek Behr and Raoul van Loon |
MS222C Room: Staffa CPH Chair: Wolfgang A. Wall |
A systematic comparison of 3D solid, shell and membrane formulations for the simulation of arterial wall mechanics
Computational model of a droplet generator using the VOF method
A patient-specific somputational study of right coronary artery flow in pulmonary hypertension
|