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a section of a 51-mm-diameter standard-weight steel pipe is bent into the form shown and rigidly embedded in a concrete
for the pipe of given problem compute the maximum load p that may be applied if the allowable compressive stress at
a concrete pedestal is in the shape of a cube and is 6 ft on each side the pedestal supports a superimposed load of
for the pedestal of given problem assume that the load is placed at the computed eccentricity calculate the maximum
rework given problem but assume that the applied load is 150000 lb instead of 40000 lbproblem a concrete pedestal is in
a w10times68 structural steel wide-flange section supports loads as shown what are the maximum allowable loads p that
1 calculate the maximum permissible span length for a 3-in- diameter solid steel shaft used as a cantilever beam the
rework given problem with concentrated loads of 5 kips added at points a and c in addition draw the moment diagram by
a solid steel shaft 3 in in diameter and 20 ft long is used as a simply supported beama concentrated load of 500 lb is
a w27times114 structural steel wide-flange section is loaded as shown calculate the slope at the free end the
a 6-in-by-10-in hem-fir timber beam s4s is loaded as shown calculate the deflection under the concentrated load and at
a simply supported w410times100 structural steel wide-flange beam spans a length of 9 m it is subjected to a uniformly
a w10times22 structural steel wide-flange shape is simply supported on a span of 20 ft a superimposed uniformly
a solid round simply supported steel shaft is used as a beam with a span length of 700 mm the shaft supports two
using the moment-area method check the deflections obtained in given problemproblem a 6-ft-long cantilever beam is
1 a 1-in-diameter steel bar is 25 ft long and balanced at the middle in a horizontal position calculate the distance
compute the maximum deflection for the aluminum cantilever beam of given problemproblem the cantilever beam shown is
an 8-in-wide by 12-in-deep redwood timber beam s4s is used as a 20-ft-long simply supported beam compute the
1 a solid steel shaft 3 in in diameter and 20 ft long is used as a simply supported beam subjected to a 500 lb load at
a w16times36 structural steel wide-flange section is simply supported on a span length of 20 ft it is subjected to a
1 calculate the bending moment required to produce a radius of curvature of 1250 ft for a 1 1 2 -in square steel bar2 a
develop a spreadsheet application that will calculate the maximum deflection of a simply supported beam subjected to a
1 write a program that will calculate the slope of the elastic curve at the tenth points of the span for a cantilever
rework given problem but have the program produce a list of deflections at the tenth points of the span input is to be
a sign post is composed of standard-weight steel pipe the top portion is 4-in nominal diameter and the bottom portion