100 KUMT emm 130 1 5 m 25 kNm • At the top of the beam . At the neutral axis At the bottom of the beam B * 5 m 10 KN 70 kN The beam in Question 1 is now subject to an axial load of 70 kN applied at the free end as shown above. Assume this load is applied evenly over the entire cross-section. a) At B, determine the normal stress at the following 3 locations within the cross-section and indicate whether it is tension or compression: b) At A determine the normal stress at the following 3 locations within the cross-section and indicate whether it is tension or compression: • At the top of the beam • At the neutral axis At the bottom of the beam
100 KUMT emm 130 1 5 m 25 kNm • At the top of the beam . At the neutral axis At the bottom of the beam B * 5 m 10 KN 70 kN The beam in Question 1 is now subject to an axial load of 70 kN applied at the free end as shown above. Assume this load is applied evenly over the entire cross-section. a) At B, determine the normal stress at the following 3 locations within the cross-section and indicate whether it is tension or compression: b) At A determine the normal stress at the following 3 locations within the cross-section and indicate whether it is tension or compression: • At the top of the beam • At the neutral axis At the bottom of the beam
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
Transcribed Image Text:60 mm
150 mm
60 mm
300 mm
600 III
60 mm
150 m
Transcribed Image Text:100
KUMT
emm
130 1
5 m
25 kNm
• At the top of the beam
.
At the neutral axis
At the bottom of the beam
B
*
5 m
10 KN
70 kN
The beam in Question 1 is now subject to an axial load of 70 kN applied at the free end as shown
above. Assume this load is applied evenly over the entire cross-section.
a) At B, determine the normal stress at the following 3 locations within the cross-section and
indicate whether it is tension or compression:
b) At A determine the normal stress at the following 3 locations within the cross-section and
indicate whether it is tension or compression:
• At the top of the beam
•
At the neutral axis
At the bottom of the beam
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