The system shown (AB is steel and BC is aluminum) is subjected to a temperature change of +30°C.MaterialSteel (AB)Aluminum (BC)C+1.404 mm345 mmⒸ+3.556 mmA4O-11.905 mesArea (mm²)The deformation of member AB due to the temperature change is:39001200BV120 KNa (/°C)11.7 x 10623.0 x 106E (GPa)20070

Member AB is of steel And Member BC is of Aluminium. Temprature Change = 30 0C Material Area α…

The system shown (AB is steel and BC is aluminum) is subjected to a temperature change of +30°C. a (/°C) Material Steel (AB) Aluminum (BC) A st Area (mm2) 3 900 1200 The deformation of member AB due to the temperature change is: B 120 kN 11.7 x 106 23.0 x 106 E (GPa) 200 70

The system shown (AB is steel and BC is aluminum) is subjected to a temperature change of +30°C. a (/°C) Material Steel (AB) Aluminum (BC) A st Area (mm2) 3 900 1200 The deformation of member AB due to the temperature change is: B 120 kN 11.7 x 106 23.0 x 106 E (GPa) 200 70

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

The system shown (AB is steel and BC is aluminum) is subjected to a temperature change of +30°C.
Material
Steel (AB)
Aluminum (BC)
C+1.404 mm
345 mm
Ⓒ+3.556 mm
A
4
O-11.905 mes
Area (mm²)
The deformation of member AB due to the temperature change is:
3
900
1200
B
V
120 KN
a (/°C)
11.7 x 106
23.0 x 106
E (GPa)
200
70

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