The cylindrical AC aluminum and CB steel bars in the figure are combined and placed between two rigid plates at A and B, but there is a gap of A=0.1 mm between the B plate and the bars. The modulus of elasticity of aluminum is E-70 GPa and the cross-sectional area is A-400 mm², the modulus of elasticity of steel is Eç-210 GPa and the cross-sectional area is -200 mm³. the lengths of the bars are LAC-200 mm and L CB-600 mm. Since a load of P-30 kN is applied to point C What is the stress in the AC aluminum bar
The cylindrical AC aluminum and CB steel bars in the figure are combined and placed between two rigid plates at A and B, but there is a gap of A=0.1 mm between the B plate and the bars. The modulus of elasticity of aluminum is E-70 GPa and the cross-sectional area is A-400 mm², the modulus of elasticity of steel is Eç-210 GPa and the cross-sectional area is -200 mm³. the lengths of the bars are LAC-200 mm and L CB-600 mm. Since a load of P-30 kN is applied to point C What is the stress in the AC aluminum bar
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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The cylindrical AC aluminum and CB steel bars in the figure are combined and placed between two rigid plates at A and B, but there is a gap of A=0.1 mm between the B plate and the bars. The modulus of elasticity of aluminum is E-70 GPa and the cross-sectional area is A-400 mm², the modulus of elasticity of steel is Eç-210 GPa and the cross-sectional area is -200 mm³. the lengths of the bars are LAC-200 mm and L CB-600 mm. Since a load of P-30 kN is applied to point C
What is the stress in the AC aluminum bar?
![Kalan süre 0:45:15
LAC
LCB
Şekildeki silindirik AC aluminyum ve CB çelik çubukları birleştirilerek A ve B'de iki rijit plaka arasına yerleştirilmiş
fakat B plakası ile çubuklar arasında A=0,1 mm lik bir boşluk kalmıştır. Alüminyumun elastisite modülü E-70
GPa ve kesit alanı Aa-400 mm, çeliğin elastisite modülü Eç-210 GPa ve kesit alanı Aç-200 mm, çubukların
boylan LAc=200 mm ve LCB-600 mm' dir. C noktasına P-30 kN luk bir yük uygulandığıma göre,
AC alüminyum çubuğunda oluşan gerilme (MPa) aşağıdakilerden hangisidir?
O a. 61,68
O b. -61,68
O C. -26,67
O d. 26,67
O e. 75](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F687ff571-6ef6-4880-999c-ed9a85dd4907%2Fb228d411-7e1c-4a24-8836-de7611f7691f%2Fdyq8ekd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Kalan süre 0:45:15
LAC
LCB
Şekildeki silindirik AC aluminyum ve CB çelik çubukları birleştirilerek A ve B'de iki rijit plaka arasına yerleştirilmiş
fakat B plakası ile çubuklar arasında A=0,1 mm lik bir boşluk kalmıştır. Alüminyumun elastisite modülü E-70
GPa ve kesit alanı Aa-400 mm, çeliğin elastisite modülü Eç-210 GPa ve kesit alanı Aç-200 mm, çubukların
boylan LAc=200 mm ve LCB-600 mm' dir. C noktasına P-30 kN luk bir yük uygulandığıma göre,
AC alüminyum çubuğunda oluşan gerilme (MPa) aşağıdakilerden hangisidir?
O a. 61,68
O b. -61,68
O C. -26,67
O d. 26,67
O e. 75
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