What are Torque Parameters and Their Significance in Mechanical Engineering?

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Torque parameters in mechanical engineering refer to various characteristics that define how torque behaves in a system. Key parameters include maximum torque, starting torque, and torque curve, which indicate the performance and efficiency of mechanical components like crankshafts. Understanding these parameters is crucial for optimizing design and functionality in engineering projects. When analyzing a crankshaft, important torque parameters to consider are peak torque and the RPM at which it occurs, as these influence engine performance. Familiarity with these concepts enhances mechanical engineering knowledge and application in projects.
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Hi, I'm a third year electrical engineering student, but I am currently doing a mechanical engineering project. I would really appreciate any help as I'm a bit behind in my mechanical engineering knowledge.

I understand that torque is just the turning force on an object, i.e the force multiplied by the perpendicular distance from the force to the pivot.

But when torque parameters are mentioned in mechanical engineering papers, what are they referring to? It's the plural "parameters" that's confusing me.

Is it the collection of properties such as maximum torque, starting torque, etc?

If so, can somebody please provide me with a list of the all, or some of the "torque parameters", along with what each means?

Finally, if looking at the torque parameters of a crankshaft, what would be the important ones to pay attention to, and what are some typical values?

Thanks!
 
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