Figure 1, shows an RC continuous beam supporting various loads and actions. The loading condition and...

    

 

Transcribed Image Text:

Figure 1, shows an RC continuous beam supporting various loads and actions. The loading condition and dimension data are given in Figure 1 and as a function of UC (uniqueness code). Your Uniqueness Code (UC) is made up from the SUM of the second and last numbers of your URN number and calculated as follows below. (Please make sure that you include this information in your coursework submission): ● Second number of your URN. 7 Last number of your URN. 9 Your Uniqueness Code (UC) = 16 For example, for Mr Fred Smith with his student ID number of 1078128, because the 2nd number of his ID is 0 and the last is 8, his UC number = 0 + 8 = 8. A w₁=7UC(kN/m) 2.0EI 9.0m XB 2.0m P₁=10UC (KN) 4.0EI 3.0m D co www W₂=15UC (kN/m) 4.5EI 8.0m www num Please clearly state the input parameters and assumptions made at the start of your numerical modelling. Figure 1, shows an RC continuous beam supporting various loads and actions. The loading condition and dimension data are given in Figure 1 and as a function of UC (uniqueness code). Your Uniqueness Code (UC) is made up from the SUM of the second and last numbers of your URN number and calculated as follows below. (Please make sure that you include this information in your coursework submission): ● Second number of your URN. 7 Last number of your URN. 9 Your Uniqueness Code (UC) = 16 For example, for Mr Fred Smith with his student ID number of 1078128, because the 2nd number of his ID is 0 and the last is 8, his UC number = 0 + 8 = 8. A w₁=7UC(kN/m) 2.0EI 9.0m XB 2.0m P₁=10UC (KN) 4.0EI 3.0m D co www W₂=15UC (kN/m) 4.5EI 8.0m www num Please clearly state the input parameters and assumptions made at the start of your numerical modelling.