Background: Availability of biaxial mechanical data for heart myocardia remains high in
demand for the development of accurate and detailed computational models. Lack of …

Availability of biaxial mechanical data for heart myocardia remains high in demand for the
development of accurate and detailed computational models. The aim of this study is to …

Heart myocardia are critical to the facilitation of heart pumping and blood circulating around
the body. The biaxial mechanical testing of the left ventricle (LV) has been extensively …

Heart failure remains one of the leading causes of death especially among people over the
age of 60 years worldwide. To develop effective therapy and suitable replacement materials …

For studying cardiac mechanics, hyperelastic anisotropic computational models have been
developed which require the tissue anisotropic and hyperelastic parameters. These …

Myocardium passive mechanical response has been a major topic of study for decades due
to its major impact on cardiac physiology. Here, we propose a novel modeling methodology …

Several computational models are available for studying cardiac mechanics. These models
incorporate tissue passive/active response in conjunction with hyperelasticity and …

The determination of the myocardium's tissue properties is essential in constructing finite
element (FE) models of the heart. To obtain accurate results, especially for functionally …

Heart failure remains one of the leading causes of death especially among people over the
age of 60 years worldwide. To develop effective therapy and suitable replacement materials …

BACKGROUND: The study of mechanical properties of biological tissues is extremely
informative and is one of the most important areas of biomechanics. Knowledge of these …