Green's Function: Understanding & Calculation in Matlab

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SUMMARY

This discussion focuses on the calculation of displacement using Green's function in MATLAB, specifically referencing Eshelby's work and tensor. The user seeks assistance in expressing Green's function mathematically and implementing it in MATLAB. Green's functions are recognized as a versatile tool in physics, applicable across various problems, but the user requires clarification on its specific application to their situation.

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  • Understanding of Green's functions in mathematical physics
  • Familiarity with Eshelby's tensor and its applications
  • Proficiency in MATLAB programming for numerical calculations
  • Basic knowledge of displacement theory in continuum mechanics
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  • Research the mathematical formulation of Green's functions in physics
  • Learn how to implement Eshelby's tensor in MATLAB
  • Explore examples of Green's function applications in continuum mechanics
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Researchers, physicists, and engineers involved in computational mechanics, particularly those working with displacement calculations and Green's functions in MATLAB.

graba
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Dear users,

right now I am struggling with calculations of the displacement in the analytically way. I am trying to accomplish this with help of the Eshelby's work (Eshelby's tensor). Right now I have a problem with Green's function. Displacement is expressed by Green's function, it looks like this (please see attachment).
Now I need Your help, because I don't know how to express Green's function from above equation in Matlab. Can anybody explain the Green's function from the simplest mathematical way?
 

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I've no clue what are you be talking about :-(. Could you describe which problem you are looking at? Green's functions are a very broad technique used nearly everywhere in physics. So it's hard to guess what you are looking at!
 

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