The fluid mechanics of the human arterial system is of vital impórtánčé to öur heal and safety. The specific gravity and viscosity of blood are about 1.06 and 3.3 centipoi (cp), respectively. The mean flow speed in the aorta (30 mm i.d.) of a large human about 0.15 m/sec. Calculate the flow Reynolds number using these properties. Wou.

University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter14: Fluid Mechanics
Section: Chapter Questions
Problem 79P: What is the fluid speed a hose a 9.00-cm diameter 80.0 L of water per second? (b) What is the flow...
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2.80 The fluid mechanics of the human arterial system is of vital importance to our health
and safety. The specific gravity and viscosity of blood are about 1.06 and 3.3 centipoise
(cp), respectively. The mean flow speed in the aorta (30 mm i.d.) of a large human is
about 0.15 m/sec. Calculate the flow Reynolds number using these properties. Would
you expect this flow to be laminar or turbulent?
Transcribed Image Text:2.80 The fluid mechanics of the human arterial system is of vital importance to our health and safety. The specific gravity and viscosity of blood are about 1.06 and 3.3 centipoise (cp), respectively. The mean flow speed in the aorta (30 mm i.d.) of a large human is about 0.15 m/sec. Calculate the flow Reynolds number using these properties. Would you expect this flow to be laminar or turbulent?
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