Determine the maximum vertical displacement y of this loaded, simply-supported beam, which will be located at...

 

 

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Determine the maximum vertical displacement y of this loaded, simply-supported beam, which will be located at C midway along the beam's length (x = 3 m). Take E = 200 GPa and I = 42.8 10-6 m4. Solve the problem in these steps: 2.1. Use the appropriate equations one at a time from Appendix C and Example 12.11 to calculate three values for v at C: V due to the external moment at A v2 due to the external moment at B v3 due to the concentrated force at C 2.2. Add up the three values to get the resultant displacement v (this is the method of superposition from Sect. 12.5). a 20 kN bos (1) am) 10 kNm A C 3 m- 3 m- 10 kNm B Determine the maximum vertical displacement y of this loaded, simply-supported beam, which will be located at C midway along the beam's length (x = 3 m). Take E = 200 GPa and I = 42.8 10-6 m4. Solve the problem in these steps: 2.1. Use the appropriate equations one at a time from Appendix C and Example 12.11 to calculate three values for v at C: V due to the external moment at A v2 due to the external moment at B v3 due to the concentrated force at C 2.2. Add up the three values to get the resultant displacement v (this is the method of superposition from Sect. 12.5). a 20 kN bos (1) am) 10 kNm A C 3 m- 3 m- 10 kNm B