Yuri Kamnev

Viscous deformation of relaxing ventricle and pulsatile blood propelling (numerical model)

The paper develops a numerical model of one-loop circulation that uses viscous deformation to explain ventricular filling and explains the asymmetry in the operating ranges of brady- and tachy-rhythms.

Frank-Starling law and Bowditch phenomenon may have the common theoretical grounds

The paper derives mathematical relationships between chamber dimensions and contraction force to explain the Frank-Starling law and Bowditch phenomenon through proportionalities and inverse relationships.

The view of the native gauges of blood pressure - focus on atrium (hydrodynamics and rheology)

The paper analyzes how the atrium can measure venous pressure with hydrodynamic accuracy by considering viscous deformation and its relation to baroreceptor function.

The conversion of systolic volume into systolic pressure (the development of numerical model)

The paper develops a numerical model to demonstrate the direct proportional relationship between systolic volume and systolic pressure, linking end-diastolic volume to pressure changes observed in arterial hypertension.