Prob. 2.3-7. For small loads, P, the rotation of "rigid" beam AF in Fig. P2.3-7 is controlled by the stretching of rod AB. For larger loads, the beam comes into contact with the top of col- umn DE, and further resistance to rotation is shared by the rod and the column. Assume (and later show that this is a valid as- sumption) that the angle 0 through which beam AF rotates is small enough that points on the beam essentially move verti- cally, even though they actually move on circular paths about the fixed pin at C. (a) A load P is applied at end F that is just sufficient to close the 1.5-mm gap between the beam and the top of the column at D. What is the strain, e, in rod AB for this value of load P? (b) If load P is increased further until e, 0.001 , what is the corresponding strain, , in column DE? -3m- Gap 1.5 mm 4 m(1) (2) 3 m

Prob. 2.3-7. For small loads, P, the rotation of "rigid" beam AF in Fig. P2.3-7 is controlled by the stretching of rod AB. For larger loads, the beam comes into contact with the top of col- umn DE, and further resistance to rotation is shared by the rod and the column. Assume (and later show that this is a valid as- sumption) that the angle 0 through which beam AF rotates is small enough that points on the beam essentially move verti- cally, even though they actually move on circular paths about the fixed pin at C. (a) A load P is applied at end F that is just sufficient to close the 1.5-mm gap between the beam and the top of the column at D. What is the strain, e, in rod AB for this value of load P? (b) If load P is increased further until e, 0.001 , what is the corresponding strain, , in column DE? -3m- Gap 1.5 mm 4 m(1) (2) 3 m

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

Find the centroid.
What is the measure of position? What is the measure of variation? How do you find the measure of variation?
Please refer to the attached drawing. For the given case, do the following: a. At points 1 and 2 label the following: velocity head, pressure head, and static head. b. Draw the EGL and HGL. c. USe equations (e.g. continuity, energy, and the equations for EGL and HGL) and logic to describe what happens at each transition point.
Find the centroid of the following cross-sections and planes.
1: Mechanics Resolve force in X direction Force applied=100 N Angle with horizontal is 60 degree
terminologies used in acoustics.include illustration
What does the term anisotropic mean?
DETERMINE THE LOCATION OF CENTROIDAL X AND Y.NOTE: UNITS ARE IN INCHES.
what is motion? Please explain in details.
Determine external as well as internal indeterminacy
Locate the centroid of the volume of a hemisphere of radius r with respect to its base.
Find the centroid of the following cross-sections and planes.