Using double integration method (DIM), analyze the beam loaded and supported as shown: P 150KN 1.5m PIOEN 1.5 8 m a B a) Determine the value of the maximum deflection in the beam shown above. b) Determine the angle of rotation on the point 4 meters from the left support of the beam. c) Determine the location of the maximum deflection of the beam.
Using double integration method (DIM), analyze the beam loaded and supported as shown: P 150KN 1.5m PIOEN 1.5 8 m a B a) Determine the value of the maximum deflection in the beam shown above. b) Determine the angle of rotation on the point 4 meters from the left support of the beam. c) Determine the location of the maximum deflection of the beam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![Using double integration method (DIM), analyze the beam
loaded and supported as shown:
P 150KN
1.5m
PIOEN
1.5
8 m
a
B
a) Determine the value of the maximum
deflection in the beam shown above.
b) Determine the angle of rotation on the point 4
meters from the left support of the beam.
c) Determine the location of the maximum
deflection of the beam.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6fb67a28-2066-4cef-9763-bdcdb148d46f%2F955bf9d5-e877-4dd1-bc78-de7b9975348d%2F8sz8bkl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Using double integration method (DIM), analyze the beam
loaded and supported as shown:
P 150KN
1.5m
PIOEN
1.5
8 m
a
B
a) Determine the value of the maximum
deflection in the beam shown above.
b) Determine the angle of rotation on the point 4
meters from the left support of the beam.
c) Determine the location of the maximum
deflection of the beam.
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