Joints/fixtures for a beam bridge

In summary, the conversation is about a group project to build a small scale cable-stayed bridge with one pylon. The group is considering using glue or angle brackets to hold the wood pieces together and is looking for ideas on how to attach the wire to the deck and pylon. One suggestion is to use tie wraps, also known as cable ties.
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chebyshevF
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I have a group project where we must build a small scale, cable-stayed bridge, with only one pylon (it's really an observation deck). The actual bridge is going to be a beam one.

I'm just wondering if anyone knows of some decent joints/fixtures that can be used to hold the wood pieces together? We're looking into glue but not so sure whether this might hold up? What about angle brackets?

Also we're kinda stuck as to how we should attach the wire (0.7mm in diameter) to the actual deck and pylon. We're definitely not going to use glue. We've looked into this small black rubbery ball shaped thing, but the opening is a bit too big for our wire and we can't find anything smaller. Anyone have any ideas for what material or fixture we could use?

Thanks.
 
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Related to Joints/fixtures for a beam bridge

1. What are the different types of joints/fixtures used for a beam bridge?

There are three main types of joints/fixtures used for a beam bridge: pinned, fixed, and roller. Pinned joints allow for rotation and translation at the joint, fixed joints restrict both rotation and translation, and roller joints allow for translation but not rotation.

2. How are joints/fixtures designed for a beam bridge?

Joints/fixtures for a beam bridge are designed based on the forces and loads that the bridge will experience. Factors such as the weight of the bridge, wind and earthquake forces, and the weight of the traffic it will carry are considered in the design process.

3. What materials are commonly used for joints/fixtures in a beam bridge?

Steel and concrete are the most commonly used materials for joints/fixtures in a beam bridge. They have high strength and durability, making them suitable for withstanding the forces and loads experienced by the bridge.

4. How do joints/fixtures contribute to the overall stability of a beam bridge?

Joints/fixtures play a crucial role in the stability of a beam bridge by connecting the different parts of the bridge and transferring the loads and forces to the ground. They also help distribute the weight of the bridge and ensure it can withstand external forces without collapsing.

5. How are joints/fixtures maintained in a beam bridge?

Joints/fixtures in a beam bridge require regular inspections and maintenance to ensure they are in good working condition. This may include checking for signs of wear and tear, corrosion, and making necessary repairs or replacements to maintain the overall stability of the bridge.

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