Abstract: We propose a novel thickwalled fluid–solidgrowth (FSG) computational framework for modeling vascular disease evolution. The arterial wall is modeled as a thickwalled nonlinearly elastic cylindrical tube consisting of two ...

Abstract: While the anisotropic behavior of the complex composite myocardial tissue has been well characterized in recent years, the compressibility of the tissue has not been rigorously investigated to date. In the first part of ...

Abstract: The role of computational modeling for biomechanics research and related clinical care will be increasingly prominent. The biomechanics community has been developing computational models routinely for exploration of the ...