The exit flowing quality of the average bundle of BWR is 14.6%. It operates at 1000 psia with a slip ratio of 1.8. The bundle has 64 fuel rods which have an outer diameter of 0.493 inches on a 5.52 inch square pitch. The mass flow rate into the bundle is 1.43x105 lbm/hr. For the bundle, determine: a) The void fraction (1 point) b) The two phase density (1 point) c) The vapor phase velocity (1 point) d) The liquid phase velocity (1 point) e) The superficial liquid velocity (1 point) f) The superficial vapor velocity (1 point) g) The flow regime based upon the Hewitt-Roberts map (1 point) At 1000 psia: P=46.297- Pg = 2.2419 Ibm ft. Ibm ft.
The exit flowing quality of the average bundle of BWR is 14.6%. It operates at 1000 psia with a slip ratio of 1.8. The bundle has 64 fuel rods which have an outer diameter of 0.493 inches on a 5.52 inch square pitch. The mass flow rate into the bundle is 1.43x105 lbm/hr. For the bundle, determine: a) The void fraction (1 point) b) The two phase density (1 point) c) The vapor phase velocity (1 point) d) The liquid phase velocity (1 point) e) The superficial liquid velocity (1 point) f) The superficial vapor velocity (1 point) g) The flow regime based upon the Hewitt-Roberts map (1 point) At 1000 psia: P=46.297- Pg = 2.2419 Ibm ft. Ibm ft.
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Transcribed Image Text:The exit flowing quality of the average bundle of BWR is 14.6%. It operates at 1000 psia with a slip ratio
of 1.8. The bundle has 64 fuel rods which have an outer diameter of 0.493 inches on a 5.52 inch square
pitch. The mass flow rate into the bundle is 1.43x105 lbm/hr. For the bundle, determine:
a) The void fraction (1 point)
b) The two phase density (1 point)
c) The vapor phase velocity (1 point)
d) The liquid phase velocity (1 point)
e) The superficial liquid velocity (1 point)
f) The superficial vapor velocity (1 point)
g) The flow regime based upon the Hewitt-Roberts map (1 point)
At 1000 psia:
P=46.297-
Pg
= 2.2419
Ibm
ft.
Ibm
ft.
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