Gelatin (Gel) has been reported as a promising candidate in tissue engineering owing to its
easy availability, biocompatibility, and biodegradability. Gel hydrogel is of potential to be …

Coronary artery disease is responsible for a third of global deaths worldwide. Computational
simulations of blood flow can be used to understand the interactions of artery/plaque and …

The stresses induced on plaque wall during stent implantation inside a stenotic artery are
associated with plaque rupture. The stresses in the plaque–artery–stent structure appear to …

Cellulose hydrogels are often prepared from native cellulose through a direct cellulose
dissolution approach that often involves tedious process and solvent recovery problems. A …

Coronary artery disease is the common form of cardiovascular diseases and known to be
the main reason of deaths in the world. Fluid-Structure Interaction (FSI) simulations can be …

The locking compression plate (LCP) system has several advantages in fracture fixation
combining angular stability with the use of locking screws with traditional fixation techniques …

In this study, the cardiovascular system and heart hemodynamic performance are modeled
using lumped method (electrical analogy) to evaluate the effects of abnormal heartbeats on …

The stresses induced within plaque tissues and arterial layers during stent expansion inside
an atherosclerotic artery can be exceeded from the yield stresses of those tissues and …

Atherosclerosis is considered as the most severe form of cardiovascular diseases as it alters
the structure of the elastin and collagen and, consequently, the mechanical properties of the …

The skin tissue has been shown to behave like a nonlinear anisotropic material. This study
was aimed to employ a constitutive fiber family equation to characterize the nonlinear …