Give examples of mechanical power transmission failure and solutions for a car

In summary, the conversation discusses the cause of bending or twisting in a prop shaft due to high torque, which can lead to interruption of power transmission. The solution to this issue is to replace the shaft and ensure proper torque levels. To prevent the issue from occurring again, using high durable materials and replacing a solid shaft with a hollow one can be beneficial. Additionally, coating a hardened shaft may provide higher stress and torque resistance. However, it is important to note that unless there is a design or installation issue, bending should not be present in a prop shaft, and twisting alone does not interrupt power transmission.
  • #1
lee123456789
93
5
Homework Statement
Give examples of mechanical power transmission failure and solutions on a car
Relevant Equations
none
just want check if i got this right. is there anything i can improve or add on this example i have?

Cause and why.
A cause could be bending or twisting of the prop shaft due to high torque. High torque causes high angle of twist and torsion. The high torque cause high shear stress distrubution over the prop shaft, inducing bending and twisting in the shaft interrupting the power transmission.

Solution to solve the issue.
Replace shaft.
Turning bolts and nuts to proper torque level to ensure none high levels of torque is being generated.

How to prevent issue occurring again
Manufuacture the prop shaft with high durable material.
Replace the solid shaft with hollow shaft reduce torque generated.
hardened shaft with coating to provide higher stress and torque resistance
 
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  • #2
lee123456789 said:
[...] inducing bending and twisting in the shaft interrupting the power transmission.
Unless a bad design or installation, bending shouldn't be present in a prop shaft. Twisting doesn't interrupt power transmission; too much twisting leads simply to failure.
lee123456789 said:
Replace the solid shaft with hollow shaft reduce torque generated.
I'm not sure what you mean here by "torque generated", but a solid shaft is rarely advantageous over a hollow shaft (higher weight & inertia for equivalent torque resistance)
lee123456789 said:
hardened shaft with coating to provide higher stress and torque resistance
I don't think a coating will increase torque resistance. It's pretty much only for wear and corrosion resistance.
 

FAQ: Give examples of mechanical power transmission failure and solutions for a car

What are some common examples of mechanical power transmission failures in a car?

Some common examples of mechanical power transmission failures in a car include broken or worn out drive belts, damaged gears or bearings, and slipping or broken clutch plates.

How can a broken drive belt affect the power transmission in a car?

A broken drive belt can cause the power transmission to fail completely, as it is responsible for transferring power from the engine to other systems such as the alternator, air conditioning, and power steering. Without a functioning drive belt, these systems will not work properly.

What can cause gears or bearings to become damaged in a car?

Gears and bearings can become damaged due to wear and tear, lack of lubrication, or excessive force or pressure. They can also be damaged if debris or contaminants enter the system.

How can a slipping or broken clutch plate impact the power transmission in a car?

A slipping or broken clutch plate can cause the power transmission to fail, as it is responsible for engaging and disengaging the engine's power to the transmission. Without a functioning clutch plate, the car will not be able to shift gears properly and may not be able to move at all.

What are some solutions for mechanical power transmission failures in a car?

Solutions for mechanical power transmission failures in a car include regular maintenance and inspections to catch and address any issues early on. Replacing worn out or damaged parts, such as drive belts, gears, or clutch plates, is also necessary to ensure proper functioning of the power transmission. Keeping the system well-lubricated and free of debris can also prevent failures. In some cases, it may be necessary to replace the entire power transmission system if the damage is extensive.

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