Dimensions: L= H= E= A= |= t= a-= Applied actions: W= AT= 2475000 kN/m² 0.404 m² 0.081 m 0.312 m 0.00001 1/C H 4 m 4 m Question 2: Use the force method to analyse the structure for the combined action of a distribued load and temperature change acting simultaneously. Take the redundant as the horizontal reaction at D. Complete your calculations to determine what is required below. 1)Determine reactions at A and D; 2) Draw the axial force diagram, shear force diagram and bending moment diagram for the distributed load and the temperature combined. B 45 kN/m 4°C -AT +AT W L H/2

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
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use the FORCE METHOD please!

Dimensions:
L=
H=
E=
A=
|=
t=
OUT=
Applied actions:
W=
AT=
2475000 kN/m²
0.404 m²
0.081 m²
0.312 m
0.00001 1/C
H
Question 2: Use the force method to analyse the structure for the combined action of a distribued load and
temperature change acting simultaneously. Take the redundant as the horizontal reaction at D.
Complete your calculations to determine what is required below.
1) Determine reactions at A and D;
4 m
4 m
2) Draw the axial force diagram, shear force diagram and bending moment diagram
for the distributed load and the temperature combined.
B
-AT
45 kN/m
4 °C
A
+AT
W
L
H/2
Transcribed Image Text:Dimensions: L= H= E= A= |= t= OUT= Applied actions: W= AT= 2475000 kN/m² 0.404 m² 0.081 m² 0.312 m 0.00001 1/C H Question 2: Use the force method to analyse the structure for the combined action of a distribued load and temperature change acting simultaneously. Take the redundant as the horizontal reaction at D. Complete your calculations to determine what is required below. 1) Determine reactions at A and D; 4 m 4 m 2) Draw the axial force diagram, shear force diagram and bending moment diagram for the distributed load and the temperature combined. B -AT 45 kN/m 4 °C A +AT W L H/2
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