5P kN y C e 30 mm 30 mm a) A vertical shear force of V=50 kN is applied on the cross-section shown in the figure. If the thickness of each section is 4 mm, determine the shear flow distribution on the cross section and represent this distribution with arrows and by drawing a shear flow diagram b) Define the location of the shear center for the cross-section shown in the figure.
5P kN y C e 30 mm 30 mm a) A vertical shear force of V=50 kN is applied on the cross-section shown in the figure. If the thickness of each section is 4 mm, determine the shear flow distribution on the cross section and represent this distribution with arrows and by drawing a shear flow diagram b) Define the location of the shear center for the cross-section shown in the figure.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Transcribed Image Text:S0 kN
y
60 mm
C
e
30 mm
30 mm
a) A vertical shear force of
V=50 kN is applied on the cross-section
shown in the figure. If the thickness of each
section is 4 mm, determine the shear flow
distribution on the cross section and represent
this distribution with arrows and by drawing a
shear flow diagram
b) Define the location of the
shear center for the cross-section shown in the
figure.
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