A truck with axle loads of 20KN and 30KN on a wheel base of 2.5m rolls across a 5-m span. A. If the center of the 30kN axle load and the resultant load is at the center of the beam, calculate the reaction at the right & left support. B. Compute the maximum & minimum shear force. C. Compute the distance of the resultant load from the 30kN axle load. A simply supported beam of length L is load with a moving load concentrated P passing across the span of the beam. Determine the location of P from the left support that will cause maximum moment in the beam.
A truck with axle loads of 20KN and 30KN on a wheel base of 2.5m rolls across a 5-m span. A. If the center of the 30kN axle load and the resultant load is at the center of the beam, calculate the reaction at the right & left support. B. Compute the maximum & minimum shear force. C. Compute the distance of the resultant load from the 30kN axle load. A simply supported beam of length L is load with a moving load concentrated P passing across the span of the beam. Determine the location of P from the left support that will cause maximum moment in the beam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A truck with axle loads of 20KN and 30KN on a wheel base of 2.5m rolls across a 5-m span.
A. If the center of the 30kN axle load and the resultant load is at the center of the beam, calculate the reaction at the right & left support.
B. Compute the maximum & minimum shear force.
C. Compute the distance of the resultant load from the 30kN axle load.
A simply supported beam of length L is load with a moving load concentrated P passing across the span of the beam. Determine the location of P from the left support that will cause maximum moment in the beam.
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