Moving Mechanical structures: stress, wear, temperature....

In summary, stress in relation to moving mechanical structures refers to the force that causes deformation. Wear can significantly impact the performance and lifespan of these structures, leading to decreased efficiency and potential failure. Temperature also plays a crucial role, as high temperatures can increase stress and cause materials to become brittle. Scientists use various techniques to study and measure stress and wear, such as strain gauges and wear sensors. Proper maintenance and lubrication, as well as using high-quality materials and designing structures with appropriate strength and flexibility, can help reduce and prevent stress and wear in moving mechanical structures.
  • #1
Simas
19
2
Hi!
I am looking for a textbook that explains/describes for moving mechanical structures (such as linkage mechanism, engines, ... and not buildings, bridges, ...) the stresses, deformation, wear, temperature change, ... due to operating.
E.g. Linkage mechanism: what are/defines the stresses, deformations, temperature distribution, friction, ...

I know that the concepts of stress, wear, friction, ... are very broad, but I am looking for a book that applies it to specific examples.

Does anyone knows good books about this subject?
 
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  • #2
Shigleys mechanical engineering design covers quite a few of those topics
 
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Related to Moving Mechanical structures: stress, wear, temperature....

1. What is stress in relation to moving mechanical structures?

Stress refers to the force applied to a material, such as a moving mechanical structure, that causes it to deform or change shape.

2. How does wear affect the performance of moving mechanical structures?

Wear is the gradual loss of material due to friction and can significantly impact the performance and lifespan of moving mechanical structures. It can cause parts to become misaligned, leading to decreased efficiency and potential failure.

3. What role does temperature play in the stress and wear of moving mechanical structures?

Temperature can greatly affect the stress and wear of moving mechanical structures. High temperatures can cause materials to expand and contract, leading to increased stress and potential failure. Extreme temperatures can also cause materials to become brittle, increasing the likelihood of wear and breakage.

4. How do scientists study and measure the stress and wear of moving mechanical structures?

Scientists use various techniques, such as strain gauges and wear sensors, to measure the stress and wear of moving mechanical structures. These tools allow them to collect data and analyze the performance of these structures under different conditions.

5. How can the stress and wear of moving mechanical structures be reduced or prevented?

To reduce stress and wear in moving mechanical structures, proper maintenance and lubrication are essential. Using high-quality materials and designing structures with appropriate levels of strength and flexibility can also help prevent excessive stress and wear.

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