For the cross section shown, Analyze by using the concepts of shear stress, shear flow and shear center in thin walled open section beams: (a) draw the shear stress diagram and determine shear flow values due to the vertical shear force V; and (b) Calculate the distance e locating the shear center 0. Assume that the thickness of the section is constant which is t= 2.5mm. Note: The thickness t is very small as compared to the other dimensions; therefore consider center-line dimensions for the calculations as mentioned in the figure. - 80 mm V= [1500 +(100×R)] N NA 200 mm 2.5 mm
For the cross section shown, Analyze by using the concepts of shear stress, shear flow and shear center in thin walled open section beams: (a) draw the shear stress diagram and determine shear flow values due to the vertical shear force V; and (b) Calculate the distance e locating the shear center 0. Assume that the thickness of the section is constant which is t= 2.5mm. Note: The thickness t is very small as compared to the other dimensions; therefore consider center-line dimensions for the calculations as mentioned in the figure. - 80 mm V= [1500 +(100×R)] N NA 200 mm 2.5 mm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
Use R=99
![For the cross section shown, Analyze by using the concepts of shear stress,
shear flow and shear center in thin walled open section beams:
(a) draw the shear stress diagram and determine shear flow values due to the
vertical shear force V; and
(b) Calculate the distance e locating the shear center 0. Assume that the
thickness of the section is constant which is t = 2.5mm.
Note: The thickness t is very small as compared to the other dimensions; therefore
consider center-line dimensions for the calculations as mentioned in the figure.
- 80 mm
V= [1500 + (100×R)] N
NA
200 mm
2.5 mm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0daf900a-c846-4a23-943c-880f85906378%2F875bdd93-6311-4abe-9a59-a276b060a7fb%2Fdji9k6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the cross section shown, Analyze by using the concepts of shear stress,
shear flow and shear center in thin walled open section beams:
(a) draw the shear stress diagram and determine shear flow values due to the
vertical shear force V; and
(b) Calculate the distance e locating the shear center 0. Assume that the
thickness of the section is constant which is t = 2.5mm.
Note: The thickness t is very small as compared to the other dimensions; therefore
consider center-line dimensions for the calculations as mentioned in the figure.
- 80 mm
V= [1500 + (100×R)] N
NA
200 mm
2.5 mm
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