A Portable Crane will be designed as shown in Figure which is able to withstand dynamic loads. Th maximum capacity of the crane is 2 Tons (19.6kN). If the crane is made of low carbon steel, the allowable stress for dynamic loads is 105 MPa. Batang 1 Batang 2 Batang 3 Rod (1) simplified 19,6 kN A B -0,8 0,8 9,8 kN 9,8 kN a. Determine the maximum bending moment in the beam b. Calculate the required cross-sectional modulus for the beam

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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A Portable Crane will be designed as shown in Figure which is able to withstand dynamic loads. The
maximum capacity of the crane is 2 Tons (19.6kN). If the crane is made of low carbon steel, the
allowable stress for dynamic loads is 105 MPa.
Batang 1
Batang 2
Batang 3
Rod (1) simplified
19,6 kN
A
-0,8
0,8
9,8 kN
9,8 kN
a. Determine the maximum bending moment in the beam
b. Calculate the required cross-sectional modulus for the beam
Transcribed Image Text:A Portable Crane will be designed as shown in Figure which is able to withstand dynamic loads. The maximum capacity of the crane is 2 Tons (19.6kN). If the crane is made of low carbon steel, the allowable stress for dynamic loads is 105 MPa. Batang 1 Batang 2 Batang 3 Rod (1) simplified 19,6 kN A -0,8 0,8 9,8 kN 9,8 kN a. Determine the maximum bending moment in the beam b. Calculate the required cross-sectional modulus for the beam
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