Slider Crank Mechanism Magnitude and Direction

In summary, the individual is seeking help with finding the magnitude and direction of the total force transmitted to the connecting rod at point A in a design engineering exam. They are requesting a drawing or sketch of point A and clarification on the load components, including gas compression and accelerations of compressor parts. The full question can be found at the provided link.
  • #1
Alistair McCheyne
4
0
https://scontent-lhr3-1.xx.fbcdn.net/v/t34.0-12/13181084_10156883800920486_1357045350_n.jpg?oh=a39d7777f01c4aa06301c4f3d740de1e&oe=57301DBC
Hi
I am currently studying design engineering and my lecturer has left just before an exam. I really don't know how to find the magnitude and direction of the total force transmitted to the connecting rod at A. Any help would be greatly appreciated!
 
  • #3
A drawing or sketch of point A would help. And are the loads to include those due to accelerations of the compressor parts? What other load components are there (gas compression, I'm imagining)?
 

What is a slider crank mechanism and how does it work?

A slider crank mechanism is a mechanical linkage used to convert rotational motion into reciprocating motion. It consists of a crank, connecting rod, and a slider that moves along a straight line. The crank rotates, causing the connecting rod to move back and forth, which in turn moves the slider in a linear motion.

What is the magnitude of the motion of a slider crank mechanism?

The magnitude of the motion of a slider crank mechanism is determined by the length of the crank and connecting rod, as well as the angle of rotation of the crank. This can be calculated using trigonometric equations and is dependent on the design and dimensions of the mechanism.

How is the direction of motion determined in a slider crank mechanism?

The direction of motion in a slider crank mechanism is determined by the position of the crank relative to the connecting rod. When the crank is at a certain angle, the connecting rod will either push or pull the slider in a specific direction. The direction can also be changed by adjusting the orientation of the mechanism.

What are some applications of a slider crank mechanism?

Slider crank mechanisms are commonly used in engines, pumps, and other machines where linear motion is needed. They are also used in bicycles, hand tools, and various other mechanical devices. They are efficient and reliable, making them a popular choice in many industries.

What are some advantages of using a slider crank mechanism?

One advantage of using a slider crank mechanism is that it allows for the conversion of rotary motion to linear motion, which can be useful in many applications. They are also relatively simple and easy to design, maintain, and repair. Additionally, they can provide a high degree of precision and control in the motion of the mechanism.

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