Max Tension of a Chain on Vertical Poles: Find T as a Function of L

In summary, the conversation discusses finding the maximum tension of a chain attached to two vertical poles at different positions. The recommended method is to create a free body diagram and use a differential equation to find the tension at each point, or to find the angle at which the tension is maximum. The suggested location for the maximum tension is near the point of application.
  • #1
djtsmith007
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0
A chain is attached to the top of a vertical pole of height H located at x=0. The other end of the chain is attached to another pole of height H at x=a. Find the maximum tension T of the chain as a function of the length of the chain L. Assume that the weight density of the chain is $ (lambda)
 
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  • #2
Well, how I would go about it is this:

Take a infinitesimally small portion of the chain say at some x, of length dx and do a free body diagram of this. You should end up with a differential equation which you can then
1. integrate to find out the tension at each point in the chain and thus find the max.
OR
2. Find dT/dx from the equation you found and set it to zero, you'll get some value for the angle. That is your position of max tension.

I haven't solved this yet, but intuition tells me the max tension should be somewhere near the point of application.
 

1. What is the maximum tension that a chain can withstand?

The maximum tension of a chain depends on several factors, including the material, construction, and diameter of the chain. Generally, most chains can withstand a tension of 10-15% of their breaking strength.

2. How is the maximum tension of a chain determined?

The maximum tension of a chain is determined through testing and analysis. Manufacturers conduct strength tests to determine the breaking strength of a chain, and the maximum tension is then calculated based on a percentage of the breaking strength.

3. Can the maximum tension of a chain be exceeded?

Exceeding the maximum tension of a chain can cause it to break or fail, leading to potential safety hazards. It is important to always adhere to the recommended maximum tension and not exceed it.

4. What happens if a chain is subjected to too much tension?

If a chain is subjected to too much tension, it can stretch, deform, or even break. This can result in equipment failure, damage, or injury. It is crucial to properly calculate and apply tension to chains to ensure their safe and effective use.

5. How can I determine the maximum tension of a specific chain?

The maximum tension of a specific chain can usually be found in the manufacturer's specifications or technical data sheet. If this information is not readily available, you can contact the manufacturer directly for assistance in determining the maximum tension of the chain.

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