Structural Analysis
Structural Analysis
6th Edition
ISBN: 9781337630931
Author: KASSIMALI, Aslam.
Publisher: Cengage,
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Question
(structural analysis) Calculate and draw: FBD, NFD, SFD and BMD.
The diagram shows a structural framework consisting of six points: A, B, C, D, E, and F. - **Points:** - **A** is the base on the left with a fixed support. - **B** is the base on the right with a roller support. - **Dimensions:** - The horizontal beam DE is divided into three sections: - Between D and E is 4.00 meters. - Between E and F is 3.00 meters. - Total span DF is 13.00 meters from A to F. - The vertical heights are: - From A to C and D to E, both are 4.50 meters. - From E to B and F vertically downward is 6.00 meters. - **Loads:** - A point load is applied at point C, directed horizontally to the right, with a force of 84 kN. - A uniform distributed load of 24 kN/m acts along the entire length of the horizontal beam DE. - **Supports:** - There is a support at point A, likely indicating a fixed support. - Point B has a roller support, allowing horizontal movement. This type of structural model can be analyzed to determine reactions at the supports, internal forces in beams and columns, and bending moments, often used in structural engineering education to demonstrate real-world applications of statics and mechanics of materials principles.
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Transcribed Image Text:The diagram shows a structural framework consisting of six points: A, B, C, D, E, and F. - **Points:** - **A** is the base on the left with a fixed support. - **B** is the base on the right with a roller support. - **Dimensions:** - The horizontal beam DE is divided into three sections: - Between D and E is 4.00 meters. - Between E and F is 3.00 meters. - Total span DF is 13.00 meters from A to F. - The vertical heights are: - From A to C and D to E, both are 4.50 meters. - From E to B and F vertically downward is 6.00 meters. - **Loads:** - A point load is applied at point C, directed horizontally to the right, with a force of 84 kN. - A uniform distributed load of 24 kN/m acts along the entire length of the horizontal beam DE. - **Supports:** - There is a support at point A, likely indicating a fixed support. - Point B has a roller support, allowing horizontal movement. This type of structural model can be analyzed to determine reactions at the supports, internal forces in beams and columns, and bending moments, often used in structural engineering education to demonstrate real-world applications of statics and mechanics of materials principles.
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