Truss Problem: Calculate Bar Forces, Exercises of Aeronautical Engineering

A problem for calculating the forces in all the bars of a truss with given lengths and angles. The truss configuration includes bars of length l or √2l and angles of 90° or 45°. Students are encouraged to solve this problem before conducting experiments and writing ada code for the truss lab. The method of joints is recommended for solving this problem.

Typology: Exercises

2011/2012

Uploaded on 07/22/2012

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Problem M7
For the truss shown below calculate the forces in all the bars. The bars have length L or 2L
and all angles are either 90° or 45°. You will be conducting experiments on a truss of this
configuration beginning on October 30th. It is strongly encouraged that you complete this
problem set question before you begin performing the experiments. We also encourage you
to use the method of joints to solve this truss as you will be required to write an Ada code as
part of the truss lab, which will require use of the method of joints.
P
A LC EG H
2L
B D F
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Problem M For the truss shown below calculate the forces in all the bars. The bars have length L or √2L and all angles are either 90° or 45°. You will be conducting experiments on a truss of this configuration beginning on October 30th. It is strongly encouraged that you complete this problem set question before you begin performing the experiments. We also encourage you to use the method of joints to solve this truss as you will be required to write an Ada code as part of the truss lab, which will require use of the method of joints.

P

A L C E G H

√ 2L

B D F

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