. Figure Q1 shows a steel member imposed with various loadings supported by a roller and pin at A and B, respectively. Refer to Table O1. (a)Draw the free body diagram of the ABCD member. (b)Calculate the support reactions at A and B by considering all loadings. (c)Determine the support reactions at A and B if the BCD member is removed. (d)If a pin support is added at D, explain how the structure can be analysed. Given a=4m b=4m c=4m w=40 kn/m M=10 knm P= 50 kN
. Figure Q1 shows a steel member imposed with various loadings supported by a roller and pin at A and B, respectively. Refer to Table O1. (a)Draw the free body diagram of the ABCD member. (b)Calculate the support reactions at A and B by considering all loadings. (c)Determine the support reactions at A and B if the BCD member is removed. (d)If a pin support is added at D, explain how the structure can be analysed. Given a=4m b=4m c=4m w=40 kn/m M=10 knm P= 50 kN
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
O1.
Figure Q1 shows a steel member imposed with various loadings supported by a roller and
pin at A and B, respectively. Refer to Table O1.
(a)Draw the free body diagram of the ABCD member.
(b)Calculate the support reactions at A and B by considering all loadings.
(c)Determine the support reactions at A and B if the BCD member is removed.
(d)If a pin support is added at D, explain how the structure can be analysed.
Given
a=4m
b=4m
c=4m
w=40 kn/m
M=10 knm
P= 50 kN
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