Mathematical tools for continuum mechanics

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SUMMARY

The essential mathematical tools for studying continuum mechanics include Ordinary Differential Equations (ODEs), Partial Differential Equations (PDEs), differential geometry, and vector calculus. A solid understanding of tensor analysis is crucial, as tensors are fundamental in describing deformation and transformation in materials. A recommended resource is the free book "Functional and Structured Tensor Analysis For Engineers," which provides a comprehensive introduction to tensor analysis. Additionally, a valuable document on tensor analysis can be found at NASA's website, which is highly regarded for its clarity and effectiveness in teaching the subject.

PREREQUISITES
  • Ordinary Differential Equations (ODEs)
  • Partial Differential Equations (PDEs)
  • Differential geometry
  • Vector calculus
NEXT STEPS
  • Study tensor analysis through the recommended book "Functional and Structured Tensor Analysis For Engineers."
  • Explore the document on tensor analysis available at NASA's website.
  • Learn about the applications of PDEs in continuum mechanics.
  • Investigate video lectures on continuum mechanics available through educational platforms like MIT OpenCourseWare.
USEFUL FOR

Engineers, physics students, and anyone interested in the mathematical foundations of continuum mechanics will benefit from this discussion.

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Hello^^ (I'm new here)
I want to know the mathematical tools i need to study continuum mechanics.
It would be great if someone give me a link that contains video lectures.
Thanks for help .
 
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Pressure said:
Hello^^ (I'm new here)
I want to know the mathematical tools i need to study continuum mechanics.
It would be great if someone give me a link that contains video lectures.
Thanks for help .
The tools you need for continuum mechanics are ODE's, PDE's, differential geometry, and vector calculus.
 
Hello,
Thanks for your ansewr.
We started in class" Mécanique des milieux continus " which i translated to "Continuum mechanics".
We started by talking about the concept of deformation of a solid, about the tensor gradient of transfomation...
But it was introduced in a poor way (in class): we didn't even talk about what a tensor is..!(we took it as matrix)
...
The introduction was insufficient.. and things are vague, not rigourous and not clear to me!
So, please:
Could you tell me if i will need to know more about tensor analysis?
I'm confused about what i should ask you, but i want to know from your experiences the things that an engineer has to know...or.. (a link, a PDF, a video lecture)

PS: I tried to search in MIT ocw but couldn't find exactly what i need.
Sorry for my being not clear and thank you.
 
Vector-Tensor calculus, PDEs, with whatever physics is necessary. A good first start is the FREE book:
"Functional and Structured Tensor Analysis For Engineers"
 
I have encountered a vertically oriented hydraulic cylinder that is designed to actuate and slice heavy cabling into sections with a blade. The cylinder is quite small (around 1.5 inches in diameter) and has an equally small stroke. The cylinder is single acting (i.e. it is pressurized from the bottom, and vented to atmosphere with a spring return, roughly 200lbs of force on the spring). The system operates at roughly 2500 psi. Interestingly, the cylinder has a pin that passes through its...

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