Calculating the Fluid Pressure of Aorta according to the Principles of Hemomechanics in Injuries and Trauma

Blood and its pressure is an important issue in trauma and injuries. This study reviewed the pathology of hemodynamic disorders in the light of hemo-mechanics to determine the principles of “Hemomechanics” concerning already proven chemo-physical basis and determine the fluid pressure of the aorta through the mathematical application.

The article is a mathematical and physical endeavor to resolve the in-depth questions of blood physiology and pathology. Didactic and theoretical methods were used for this research.

Changing the latent shear force of blood initiates the wear and tear process in the circulatory system, ultimately damaging the endothelium.

The four laws of hemomechanics derived here help better understand normal blood physiology, hematology, blood pressure in a broader aspect, and the co-relation of gravitational force with the blood flow in terms of fluidity.