On Certain Operations on Strong Interval Valued Neutrosophic Graph with Application in the Cardiac Functioning of the Human Heart

Abstract

 The neutrosophic theory is known for its prominent application in real life, possessing unclear,
 indeterminate information. Interval valued neutrosophic theory is even more flexible to handle indeterminacy
 effectively since the membership functions are depicted as intervals that lie in [0, 1]. In this article, the operations
 on Strong Interval Valued Neutrosophic graph have been newly defined along with their related theorems. The
 Strong Interval Valued Neutrosophic Digraph has been newly introduced for evaluating the blood pressure
 that fluctuates during the blood flow of the human heart. By considering the hemodynamic parameters of a
 healthy adult of age above 35 years without any cardiac malfunction, we model the cardiac functioning of the
 human heart during the Systolic and Diastolic phases as Strong Interval Valued Neutrosophic Digraph and its
 evaluation observed to be analogous to the conventional biological approach.