Info on solving mechanisms graphically

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In summary, the conversation is about finding information on solving problems with mechanisms using graphical methods, specifically for 1 degree of freedom. The person is looking for help with applying Newton's laws to solve kinematics and dynamics problems and is provided with lecture notes in Croatian that may be helpful.
  • #1
springo
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Hi,

I would like to know if there's anywhere I can find information on how to solve problems that deal with mechanisms (1 degree of freedom) using graphical methods, because I couldn't find any.

Thank you.
 
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  • #2
Hm, what exactly are you looking for? Displacement diagrams?
 
  • #3
Only how to find speed and acceleration of the elements of the mechanism, that is applying Newton's laws to solve kinematics (and dynamics) problems graphically.
 
  • #4
Here are some lecture notes, but unfortunately they're in Croatian. But then again, it's mostly "math", so I think you can figure it out.

http://www.grad.hr/nastava/mehanika/Mehanika_2/predavanja_zgb.htm

The links "Predavanje 6" and "Predavanje 7" should help.
 
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  • #5


Hello,

Thank you for your question. Solving problems involving mechanisms graphically can be a useful tool in understanding and analyzing complex systems. One resource you can use is the textbook "Mechanisms and Dynamics of Machinery" by Hamilton H. Mabie and Charles F. Reinholtz. This textbook covers graphical methods for solving mechanisms and includes numerous examples and exercises to practice. Additionally, there are many online resources and tutorials available that demonstrate how to use graphical methods for solving mechanism problems. Some keywords you can use in your search include "graphical methods for mechanisms" or "graphical solutions for mechanism problems." I hope this helps and good luck with your studies!
 

FAQ: Info on solving mechanisms graphically

What is the purpose of solving mechanisms graphically?

Solving mechanisms graphically is a method used in chemistry and physics to visually represent and understand the movement and interactions of particles or objects in a system. It allows scientists to analyze and predict the behavior of the system, and ultimately find solutions to complex problems.

How do you create a graphical representation of a mechanism?

To create a graphical representation of a mechanism, you will need to draw a series of diagrams that show the position and movement of the particles or objects at different points in time. These diagrams should include all relevant information such as forces, velocities, and accelerations to accurately represent the system.

What types of problems can be solved using graphical methods?

Graphical methods can be used to solve a wide range of problems, including those related to forces, motion, collisions, and equilibrium. They are particularly useful for analyzing complex systems and predicting their behavior under different conditions.

How is a mechanism graphically solved?

To solve a mechanism graphically, you will need to carefully analyze each diagram and use mathematical equations and principles to determine the relationships between the different variables. This will allow you to make predictions about the behavior of the system and find solutions to the problem at hand.

Are there any limitations to using graphical methods for solving mechanisms?

While graphical methods can be very helpful, they do have some limitations. For example, they may not be suitable for very complex systems or those with a large number of variables. Additionally, graphical solutions may not always be completely accurate, as they rely on simplifications and assumptions about the system.

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