Wire Cable Shock Load Calculation

In summary, The conversation discusses an activity at work to calculate shock load on a wire cable, with the group seeking assistance and clarification on certain factors such as the stretch coefficient, cable length and angle, fall length, and weight on the cable. They also mention seeking additional help on a different forum and consider the impact of the cable's weight and angle on the calculation.
  • #1
schoomer
1
0
Hello, we are doing an activity at work to calculate what the shock load would be on a wire cable under the following conditions.

There is some conjecture on how best to do this so we figured it would be best to ask some people with bigger brains than us ;)

Hopefully the following info is enough for anyone to assist us.

Please let us know if any further info is required.

Many thanks.

------------------------

Stretch coefficient of wire cable is 0.333%
Cable length is 20m
Cable angle is 15 degrees from perpendicular
Fall length is 1.2m
Weight on cable is 100kg
 
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  • #2
If you don't get good ideas on this forum, try: http://www.saviac.org/

You know FT = MV, right?

But I don't know what a stretch coefficient is nor how to work that figure into a time (T) of interaction...One thing you'll have to decide is if the weight of the cable is significant or not relative to your 100 KG weight...

also, I don't know why your cable is at a 15 degree angle (rom vertical?) but the weight will drop vertically and snap the cable to the vertical position...so unless there are contraints maintaining the angle at 15 degrees, I'd guess you could ignore it as a start. But if the weight of the cable IS significant, then it's own momentum in falling with the weight and from angle to vertical should be taken into account.
 

1. What is a wire cable shock load?

A wire cable shock load refers to the sudden and intense force that is applied to a wire cable, often caused by external factors such as heavy objects falling or sudden changes in tension.

2. Why is it important to calculate wire cable shock load?

Calculating wire cable shock load is important because it helps determine the maximum amount of force that a wire cable can withstand before breaking or becoming damaged. This information is crucial for ensuring the safety and reliability of any structures or equipment that rely on wire cables.

3. How is wire cable shock load calculated?

Wire cable shock load is calculated by taking into account the weight of the object being supported, the acceleration of the object, and the dynamic coefficient of the wire cable. This calculation can be done using a specific formula that takes these factors into consideration.

4. What factors can affect wire cable shock load?

Some factors that can affect wire cable shock load include the weight and velocity of the object being supported, the angle at which the cable is being pulled, and the type and quality of the wire cable itself. Environmental factors such as temperature and humidity can also impact the shock load on a wire cable.

5. How can wire cable shock load be reduced?

One way to reduce wire cable shock load is by installing shock-absorbing devices such as dampeners or springs. These devices can help absorb and distribute the force of a shock load, reducing the impact on the wire cable. Additionally, regularly inspecting and maintaining wire cables can also help prevent excessive shock loads by identifying and addressing any potential issues before they become a problem.

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