Key result
A mathematical two-phase fluid model demonstrated the theoretical effects of external body accelerations on blood flow rate, velocity, acceleration, and shear stress in the human aorta and arterioles.
This mathematical model provides theoretical insights into how external body acceleration alters hemodynamic variables like shear stress and flow rate in human arteries.
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Hypothesis-generating for acceleration effects on aortic hemodynamics; requires experimental validation before clinical consideration.
Srivastava et al. (1994) studied this question. External body accelerations was evaluated on Flow variables including flow rate, velocity, acceleration, and shear stress. A mathematical two-phase fluid model demonstrated the theoretical effects of external body accelerations on blood flow rate, velocity, acceleration, and shear stress in the human aorta and arterioles.
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