An extruded aluminum beam has the cross section as shown in the figure. a) Determine the shear flow in the flange as a function of x using point A as x = 0. b) Determine the force in the flange. c) Determine the location of the shear centre 0. d) Determine the shearing stress at location A. e) Determine the shearing stress at B in the flange AB and in the web BD. f) Determine the shearing stress at the point C. 6 mm O B 12 mm 192 mm C e V = 120 kN 12 mm D E 72 mm
An extruded aluminum beam has the cross section as shown in the figure. a) Determine the shear flow in the flange as a function of x using point A as x = 0. b) Determine the force in the flange. c) Determine the location of the shear centre 0. d) Determine the shearing stress at location A. e) Determine the shearing stress at B in the flange AB and in the web BD. f) Determine the shearing stress at the point C. 6 mm O B 12 mm 192 mm C e V = 120 kN 12 mm D E 72 mm
College Accounting, Chapters 1-27
23rd Edition
ISBN:9781337794756
Author:HEINTZ, James A.
Publisher:HEINTZ, James A.
Chapter26: Manufacturing Accounting: The Job Order Cost System
Section: Chapter Questions
Problem 1MC
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