Exact Solution U Expr T Numerical Solution For N 20 T 1
Exact solution u = exp(−r − t), numerical solution for N = 20, t = 1 ...
Exact solution u = exp(−r − t), numerical solution for N = 20, t = 1 ...
Exact solution u = exp(−r − t), numerical solution for N = 20, t = 1 ...
Numerical solutions and exact solution at time t =1.0 for example 1 ...
Numerical solutions and exact solution at time t = 1.0 for Example 1 ...
Numerical solutions and exact solution at time t = 1.0 for Example 1 ...
Exact solution u(t) of Example 1 for time levels t n = n · 0.1, n = 1 ...
Exact solution u(t) of Example 2 for time levels t n = n · 0.1, n = 1 ...
Exact solution u(t) of Example 1 for time levels t n = n · 0.1, n = 1 ...
Graph of exact solution and approximate solution u 1 ( t ) at N = 28 ...
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Exact solution u(t) of Example 1 for time levels t n = n · 0.1, n = 1 ...
Exact solution u(t) of Example 1 for time levels t n = n · 0.1, n = 1 ...
The difference between the numerical and the exact solution for t = 1 ...
Numerical solutions and exact solution at time t ¼ 1:0 for Example 2 ...
The exact and numerical solution at different levels of t for Example 2 ...
The exact solution u(x;t) for Example 3.1, at 0 ≤ t ≤ 1 and 0 ≤ x ≤ π ...
Comparison between exact solution and the numerical results for u(x, t ...
Numerical solutions and exact solution at time t =1.0 for example 2 ...
Numerical solutions and exact solution at time t = 1.0 for Example 3.2 ...
Figure . The numerical solution and the exact solution at t = 1 in Ex ...
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Comparison of the exact solution and the numerical solution at t = 1 ...
Exact solution u ( x , 0 ) and numerical solution for ϵ = 20 % with the ...
Numerical solutions and exact solution at time t = 1.0 for Example 3.1 ...
Numerical solutions and exact solution at time t = 1.0 for Example 3.1 ...
The exact solution u at t = 1 | Download Scientific Diagram
5. The numerical solution and the exact solution at t = 1 of problem ...
The exact solution u(x;t) for Example 3.1, at 0 ≤ t ≤ 1 and 0 ≤ x ≤ π ...
The numerical solution vs. exact solution with α = 1.3 at T = 1 ...
Comparison between the numerical solution and the exact solution at t ...
Comparison between the numerical solution and the exact solution at t ...
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Numerical and exact solutions for different time interval T at α = 1 ...
Numerical solution and exact solution at t = 1, ∆t = 0.01, ∆x = 0.25, c ...
Exact vs numerical solution of (16) for κ(t) = 1 -exp(-t). | Download ...
Plot of Exact Solution and Numerical Solution for problem 1 | Download ...
Plot of Exact Solution and Numerical Solution for problem 1 | Download ...
The approximate solution u(x,t) and the exact solution u(x,t) for t ...