Approximate And Exact Solution At T 1 With H 02 And T 0001
Approximate and exact solution at t = 1 with h = . 02 and Δ t = . 0001 ...
Approximate and exact solution at t = 1 with h = . 02 and Δ t = . 0001 ...
Approximate and exact solution at t = 1 with h = . 02 and Δ t = . 0001 ...
Approximate and exact solution at t = 1 with h = . 02 and Δ t = . 0001 ...
Approximate and exact solution at t = 1 with h = . 02 and Δ t = . 0001 ...
Approximate and exact solution at t = 1 with h = . 02 and Δ t = . 0001 ...
Approximate and exact solution at t = 1 with h = . 01 and Δ t = . 01 ...
Graph of Exact Solution and Approximate Solution at T = 1 with α = β ...
Comparison between the exact and approximate solution at T = 1 with τ ...
Comparison between the exact and approximate solution at T = 1 with τ ...
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Comparison between the exact and approximate solution at T = 1 with τ ...
Graph of Exact Solution and Approximate Solution at T = 1 with α = β ...
Exact solution vs approximate solution of Eq. (1) at 1 and 0.1 t ...
Approximate solution and exact solution at time T = 1.0 for example 1 ...
Approximate solution and exact solution at time T = 1.0 for example 1 ...
Exact and approximate solution profile at T = 1 of Example 1 ...
Approximate solution (L.H.S) and Exact solution (R.H.S) at T = 1 and α ...
Exact and approximate solution profile at T = 1 of Example 1 ...
Numerical solution at t = 1 with step h = π/31 ≈ 0.1 and τ = 0.1 ...
Graph of exact solution and approximate solution u 1 ( t ) at N = 28 ...
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Numerical solutions and exact solution at time t =1.0 for example 1 ...
Exact and approximate solutions for Example 1 at t = 2, 4, 6 when N ...
Exact solution and approximate solution for t = 1 | Download Scientific ...
The exact and numerical solution at t = 1 s (left), The values of ...
The exact solution of u at t = 1 with h = √ 2/32. | Download Scientific ...
The exact and numerical solution at t = 1 s (left), the values of ...
Comparison of the exact solution and the numerical solution at t = 1 ...
The exact and numerical solution at M = 16, T = 1 and t = 0.001 for ...
The exact solution u(x;t) for Example 3.1, at 0 ≤ t ≤ 1 and 0 ≤ x ≤ π ...
Comparison of findings for Example 5 at t t = 1 between approximate and ...
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Numerical and exact solutions with h = . 05 , Δ t = . 001 . | Download ...
Approximate solution and exact solution at T=1 with step sizes h=164 ...
The approximate solution u(x,t) and the exact solution u(x,t) for t ...
Numerical and exact solutions with h = . 05 , Δ t = . 001 . | Download ...
Comparison between the numerical solution and the exact solution at t ...
Comparison of approximated and exact ϕ(η 1, t) at t = 1 and t = 2 for N ...