A constitutive modelling framework for applications to in vivo longitudinal data: Evaluation in a 60‐day head‐down bed rest study on arterial function
Alessandro Giudici·Pierre Boutouyrie·Umit Gencer·H. Khettab·Elie Mousseaux·C.A.D. Leguy·Tammo Delhaas·Renato Bruno·Bart Spronck·Karen Barchetti
Vascular cells continuously remodel the arterial wall (micro)structure in response to changes in their biomechanical/biochemical environment. Although the functional effects of arterial remodelling can be easily measured, assessing the underlying microstructural mechanisms is complex in vivo. Constitutive modelling is a computational technique that allows for linking whole-organ function to tissue constituent-level mechanics. However, the need for comprehensive biomechanical data for model param
