Solving a double integral numerically
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I am working on a research paper and need to solve the below eqation numerically. As there is no analytical solution for the question, I need to solve it numerically. Can anyone help me please?
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David Hill
el 15 de Jun. de 2021
You want to solve the ODE for T=what? What are the constants (sigma, k0,beta,R,E0)? What is your boundary condition, alpha(0)=?
Ayush Kumar A
el 15 de Jun. de 2021
The value of T lies from 300K to 1200K. So, I would be getting an array containing all the alpha values for this range. Sigma lies from 5 to 70, beta = 10,the values of k0 are between 104 and 1030,for E0 are between 50 and 350. R is the universal gas constant.
The objective is to find out the best value of E by minimizing the below equation.
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el 15 de Jun. de 2021
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