Slider Crank Mechanism Magnitude and Direction

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SUMMARY

The discussion focuses on determining the magnitude and direction of the total force transmitted to the connecting rod at point A in a slider crank mechanism. Key factors include the loads due to gas compression and the accelerations of the compressor parts. Participants emphasize the importance of considering all load components, including dynamic forces, to accurately analyze the system. Visual aids, such as sketches, are recommended for clarity in understanding the forces at play.

PREREQUISITES
  • Understanding of slider crank mechanisms
  • Knowledge of force analysis in mechanical systems
  • Familiarity with dynamic loading concepts
  • Ability to interpret engineering drawings and sketches
NEXT STEPS
  • Research the principles of force analysis in slider crank mechanisms
  • Learn about dynamic loading and its impact on mechanical components
  • Study gas compression effects on mechanical systems
  • Explore engineering drawing techniques for better visualization of forces
USEFUL FOR

Design engineers, mechanical engineering students, and professionals involved in analyzing and designing slider crank mechanisms will benefit from this discussion.

Alistair McCheyne
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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!
 
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)?
 

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