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In a bridge truss, what is the sequence of load transmission?
- a)Stringers to floor beams to side trusses
- b)Floor beams to stringers to side trusses
- c)Side trusses to stringers to floor beam
- d)Side trusses to floor beams to stringers
Correct answer is option 'A'. Can you explain this answer?
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In a bridge truss, what is the sequence of load transmission?a)Stringe...
Answer: a
Explanation: Load on a deck is first transmitted to stringers, hen to floor beams, and finally to side trusses.
Explanation: Load on a deck is first transmitted to stringers, hen to floor beams, and finally to side trusses.
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In a bridge truss, what is the sequence of load transmission?a)Stringe...
Answer: a
Explanation: Load on a deck is first transmitted to stringers, hen to floor beams, and finally to side trusses.
Explanation: Load on a deck is first transmitted to stringers, hen to floor beams, and finally to side trusses.
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In a bridge truss, what is the sequence of load transmission?a)Stringe...
Sequence of Load Transmission in a Bridge Truss
When a load is applied to a bridge truss, it undergoes a sequence of load transmission. This sequence determines how the load is transferred from one component to another within the truss system. The correct sequence of load transmission in a bridge truss is as follows:
1. Stringers to Floor Beams:
The load is initially transferred from the stringers to the floor beams. Stringers are the horizontal members that run parallel to the direction of the bridge and are directly supported by the abutments or piers. These stringers carry the load from the bridge deck and transfer it to the floor beams.
2. Floor Beams to Side Trusses:
Once the load is transferred to the floor beams, it is then transmitted to the side trusses. Floor beams are the horizontal members that connect the stringers and provide support to the bridge deck. They distribute the load to the side trusses, which are the diagonal members that provide stability and help in transferring the load to the abutments or piers.
3. Side Trusses to Stringers:
After the load is transmitted to the side trusses, it is further transferred to the stringers. The side trusses carry the load from the floor beams and distribute it to the stringers. The stringers then transfer the load to the abutments or piers, which ultimately support the entire bridge structure.
Therefore, the correct sequence of load transmission in a bridge truss is from the stringers to the floor beams and then to the side trusses. This sequence ensures that the load is efficiently distributed and transferred throughout the bridge truss system, providing stability and strength to the bridge structure.
When a load is applied to a bridge truss, it undergoes a sequence of load transmission. This sequence determines how the load is transferred from one component to another within the truss system. The correct sequence of load transmission in a bridge truss is as follows:
1. Stringers to Floor Beams:
The load is initially transferred from the stringers to the floor beams. Stringers are the horizontal members that run parallel to the direction of the bridge and are directly supported by the abutments or piers. These stringers carry the load from the bridge deck and transfer it to the floor beams.
2. Floor Beams to Side Trusses:
Once the load is transferred to the floor beams, it is then transmitted to the side trusses. Floor beams are the horizontal members that connect the stringers and provide support to the bridge deck. They distribute the load to the side trusses, which are the diagonal members that provide stability and help in transferring the load to the abutments or piers.
3. Side Trusses to Stringers:
After the load is transmitted to the side trusses, it is further transferred to the stringers. The side trusses carry the load from the floor beams and distribute it to the stringers. The stringers then transfer the load to the abutments or piers, which ultimately support the entire bridge structure.
Therefore, the correct sequence of load transmission in a bridge truss is from the stringers to the floor beams and then to the side trusses. This sequence ensures that the load is efficiently distributed and transferred throughout the bridge truss system, providing stability and strength to the bridge structure.
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