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A tornado may be modeled as the circulating flow shown in Fig. .*, with v, = v; = 0 and var) such that wr Vg ={wR r>R Determine whether this flow pattern is irotational in either the inner or outer region. Using the r-momentum equation (D.5) of App. D, determine the pressure distribution p(r) in the tornado, assuming p = Pm as r → ∞. Find the location and magnitude of the lowest pressure. $(r) R

A tornado may be modeled as the circulating flow shown in Fig. .*, with v, = v; = 0 and var) such that wr Vg ={wR r>R Determine whether this flow pattern is irotational in either the inner or outer region. Using the r-momentum equation (D.5) of App. D, determine the pressure distribution p(r) in the tornado, assuming p = Pm as r → ∞. Find the location and magnitude of the lowest pressure. $(r) R

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A tornado may be modeled as the circulating flow shown in Fig. : , with v, = v, = (0 and v(r) such 

A tornado may be modeled as the circulating flow shown in Fig. , with v, = v = 0 and va(r) such that wr rsR Vg = {wR r > R Determine whether this flow pattern is irotational in either the inner or outer region. Using the r-momentum equation (D.5) of App. D, determine the pressure distribution p(r) in the tornado, assuming p = po as r→ o. Find the location and magnitude of the lowest pressure. (r) -r R
Transcribed Image Text:A tornado may be modeled as the circulating flow shown in Fig. , with v, = v = 0 and va(r) such that wr rsR Vg = {wR r > R Determine whether this flow pattern is irotational in either the inner or outer region. Using the r-momentum equation (D.5) of App. D, determine the pressure distribution p(r) in the tornado, assuming p = po as r→ o. Find the location and magnitude of the lowest pressure. (r) -r R
A tornado may be modeled as the circulating flow shown in Fig. , with v, = v = 0 and va(r) such that wr rsR Vg = {wR r > R Determine whether this flow pattern is irotational in either the inner or outer region. Using the r-momentum equation (D.5) of App. D, determine the pressure distribution p(r) in the tornado, assuming p = po as r→ o. Find the location and magnitude of the lowest pressure. (r) -r R
Transcribed Image Text:A tornado may be modeled as the circulating flow shown in Fig. , with v, = v = 0 and va(r) such that wr rsR Vg = {wR r > R Determine whether this flow pattern is irotational in either the inner or outer region. Using the r-momentum equation (D.5) of App. D, determine the pressure distribution p(r) in the tornado, assuming p = po as r→ o. Find the location and magnitude of the lowest pressure. (r) -r R
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