This problem has been solved!

Do you need an answer to a question different from the above? Ask your question!

# a) Find the (approximate) internal moments at joints A and B of the frame b) Using SAP2000, analyze this frame. Provide a print out of the following: i) The deflected shape ii) The axial force diagram iii) The 3-3

**Transcribed Image Text:**

## a) Find the (approximate) internal moments at joints A and B of the frame b) Using SAP2000, analyze this frame. Provide a print out of the following: i) The deflected shape ii) The axial force diagram iii) The 3-3 moment diagram iv) A table of the reaction forces at A through D * NOTE: You should see that the answers that you got are not what show up in SAP2000. The answers from the approximate analysis are APPROXIMATE and include certain assumptions (see class notes for assumptions). 3 kN/m E F G H 6 m 6 m 8 m + 6 m a) Find the (approximate) internal moments at joints A and B of the frame b) Using SAP2000, analyze this frame. Provide a print out of the following: i) The deflected shape ii) The axial force diagram iii) The 3-3 moment diagram iv) A table of the reaction forces at A through D * NOTE: You should see that the answers that you got are not what show up in SAP2000. The answers from the approximate analysis are APPROXIMATE and include certain assumptions (see class notes for assumptions). 3 kN/m E F G H 6 m 6 m 8 m + 6 m a) Find the (approximate) internal moments at joints A and B of the frame b) Using SAP2000, analyze this frame. Provide a print out of the following: i) The deflected shape ii) The axial force diagram iii) The 3-3 moment diagram iv) A table of the reaction forces at A through D * NOTE: You should see that the answers that you got are not what show up in SAP2000. The answers from the approximate analysis are APPROXIMATE and include certain assumptions (see class notes for assumptions). 3 kN/m E F G H 6 m 6 m 8 m + 6 m

- Expert Answer

## An 3KNIM 6 3KNm m4 RIR2 3X6 R3 View the full answer

**Related Book For**

Post a Question and Get Help

Cannot find your solution?

Post a FREE question now and get an answer within minutes*.

*Average response time.