Question

People Overview: You will be designing a model bridges which can support vertical load of 50 lbs and span a gap of 2 ft. You will be working in a group no more than 3 people in desgining the bridge. You will be utilizing strutural design with multiple members to achieve this problem. Internal forces on any member of the bridge cannot exceed 3 lbs in normal and shear forces and 2 ft-lb in bending moment. Floor beam Stringer Deck Figure 1: Bridge design example Report: A final design report should include the following with points break downs. 1. Introduction (10 pts): Give an overview of the problem and describe plans to achieve the goals. 2. Design concepts (30 pts): Describe details on the problem solving approach. List step by step process in structural analysis, and it should include figures for the bridge design. 3. Design analysis (50 pts): Solve the designed structure with structural analysis techniques (see chapter 6 for reference). Make sure each individual members does not exceed the prescribe limitation. List all the equations used and calculated results for all members. 4. Conclusion (10 pts): Summarize results. Discuss any problems with the design and potential improvements.

          People
Overview: You will be designing a model bridges which can
support vertical load of 50 lbs and span a gap of 2 ft. You will
be working in a group no more than 3 people in desgining the
bridge. You will be utilizing strutural design with multiple
members to achieve this problem. Internal forces on any
member of the bridge cannot exceed 3 lbs in normal and shear
forces and 2 ft-lb in bending moment.
Floor beam
Stringer
Deck
Figure 1: Bridge design example
Report: A final design report should include the following with
points break downs.
1. Introduction (10 pts): Give an overview of the
problem and describe plans to achieve the goals.
2. Design concepts (30 pts): Describe details on the
problem solving approach. List step by step process in
structural analysis, and it should include figures for
the bridge design.
3. Design analysis (50 pts): Solve the designed structure
with structural analysis techniques (see chapter 6 for
reference). Make sure each individual members does
not exceed the prescribe limitation. List all the
equations used and calculated results for all members.
4. Conclusion (10 pts): Summarize results. Discuss any
problems with the design and potential improvements.

People
Overview: You will be designing a model bridges which can
support vertical load of 50 lbs and span a gap of 2 ft. You will
be working in a group no more than 3 people in desgining the
bridge. You will be utilizing strutural design with multiple
members to achieve this problem. Internal forces on any
member of the bridge cannot exceed 3 lbs in normal and shear
forces and 2 ft-lb in bending moment.
Floor beam
Stringer
Deck
Figure 1: Bridge design example
Report: A final design report should include the following with
points break downs.
1. Introduction (10 pts): Give an overview of the
problem and describe plans to achieve the goals.
2. Design concepts (30 pts): Describe details on the
problem solving approach. List step by step process in
structural analysis, and it should include figures for
the bridge design.
3. Design analysis (50 pts): Solve the designed structure
with structural analysis techniques (see chapter 6 for
reference). Make sure each individual members does
not exceed the prescribe limitation. List all the
equations used and calculated results for all members.
4. Conclusion (10 pts): Summarize results. Discuss any
problems with the design and potential improvements.

Added by Melissa J.

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