Ways to Spin a Flywheel using linear motion

In summary, a hand drill can be used to spin a flywheel, but it is rotary, not linear. A rotary system would be more efficient than a linear system.
  • #1
gerald rowley
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I am to try to find simple way to spin a spinning flywheel. What linear motion device acting on the outside edge of a spinning flywheel can be used to increase the speed of the flywheel. Need to use a repeating pattern such as pushing your hand down over and over on the edge of the wheel to speed it up. instead of using hand want to use a mechanical device to do it automatically. Any ideas would be helpful.
 
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  • #2
Hello Gerald, :welcome:

ANy other boundary conditions? Are you allowed to use a hand drill ? Bow driven axle ? Foot power treadle ?
 
  • #3
This is very old, but that stick's linear motion spins the hoop. It could spin a flywheel too. Motion of the stick could be done by machine.

6a0133ec87bd6d970b01b8d24f3873970c-pi.jpg


Much simpler is @BvU 's suggestion to use a hand drill, but that is rotary, not linear.
 

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  • #4
Using linear motion, there is a practical limit to the contact time - at least a rotating wheel against the periphery is the most common way of doing what you want in demonstrations I have seen.
 
  • #5
Why must it be linear?

Edit: Use something like a con-rod and crank to turn what ever linear source you have to the rotary motion required by the gyro/flywheel.
 
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  • #6
A crank would be a good way for a human operator but a rotary system would probably be better for most other power sources.
 
  • #7
I used a pressurized water hose to spin a wheel once when I was a kid to study the friction of the bearings on the wheel
 
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  • #8
220px-Us_yoyo_national_1a.jpg
 

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  • #9
There are many clever engineers on PF.
 
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  • #10
gerald rowley was last seen on PF on January 16 ...
 
  • #11
BvU said:
gerald rowley was last seen on PF on January 16 ...
But, unlike many one-off posts, his post managed to spark off some good, interesting ideas.
Must have been a homework topic and he may be getting credit for all these contributions. Ah well.
Was it Picasso who said "Genius steals"?
 
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FAQ: Ways to Spin a Flywheel using linear motion

What is a flywheel and why is it important?

A flywheel is a mechanical device used to store rotational energy. It consists of a heavy wheel or disc that is attached to a rotating shaft. Flywheels are important because they can store kinetic energy and release it when needed, making them useful in many applications such as engines, generators, and energy storage systems.

How does linear motion impact the spinning of a flywheel?

Linear motion refers to the movement of an object in a straight line. In the case of a flywheel, linear motion is used to spin the wheel, causing it to rotate around its axis. The speed and direction of the linear motion will determine the speed and direction of the flywheel's rotation.

What are some common ways to spin a flywheel using linear motion?

There are several ways to spin a flywheel using linear motion, including using a crankshaft, a pulley system, or a linear motor. These methods involve converting linear motion into rotational motion through different mechanisms, such as gears, belts, or magnets.

What are the benefits of using linear motion to spin a flywheel?

Using linear motion to spin a flywheel has many benefits, including precise control over the speed and direction of rotation, increased efficiency, and the ability to store and release energy as needed. It also allows for a compact and lightweight design, making it suitable for various applications.

Are there any limitations to using linear motion to spin a flywheel?

One limitation of using linear motion to spin a flywheel is that it requires a continuous source of linear motion to maintain the rotation. This can be challenging to achieve in some applications. Additionally, the conversion of linear to rotational motion may result in some energy loss, reducing the efficiency of the system.

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