Question
In: Civil Engineering
A rectangular cross section beam (A) made of steel constructed in an industrial building between two...
A rectangular cross section beam (A) made of steel constructed
in an industrial building between two columns which are “X” m
apart. The beam is acting as a support for one end of a pair of
crane wheel (B). The distance b/w wheels are “Y” m. The crane is
used to lift max. of Z tonnes of load which is having hook at the
centre of crane. Draw shear force and B.M diagram of the
beam.
Case i) If the crane wheels are positioned at equal distances
from centre of the beam.
Case ii) If one of the crane wheels is exactly at the
centre.
Case iii) If one of the crane wheels comes exactly over a
column.
Also find the max. bending stresses in the beam for the first
case considering the depth (d) as twice the width of the
beam.
Note: The values of X, Y, Z and d are to be taken from the
following table.
where X(m)=4.8, Y(m)=1, Z(tonnes)=9, depth(d)(mm)=500.
Solutions
Ally Wells answered 10 months agoRelated Solutions
A rectangular cross section beam (A) made of steel constructed in an industrial building between two...
A rectangular cross section beam (A) made of steel
constructed in an industrial building
between two columns which are “X” m apart. The beam is acting as a
support for one end of a pair of crane wheel (B). The distance b/w
wheels are “Y” m. The crane is used to lift max. of Z tonnes of
load which is having hook at the centre of crane. Draw shear force
and B.M of all types of beam
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A rectangular cross section beam (A) made of steel constructed in an industrial building between two...
A rectangular cross section beam (A) made of steel
constructed in an industrial building
between two columns which are “X” m apart. The beam is acting as a
support for one end of
a pair of crane wheel (B). The distance b/w wheels are “Y” m. The
crane is used to lift max.
of Z tonnes of load which is having hook at the centre of crane.
Draw shear force and B.M
diagram of the beam.
Case i) If the...
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