Exact(5)
Stability and convergence of the second and the third method are discussed.
Now we consider the convergence of the second term of the first equation.
Hence, it is sufficient to prove the convergence of the second integral.
Similar calculations yield the convergence of the nonlinear item on the sixth line and the elliptic item on the seventh line of (6.5), respectively, to the corresponding items of the relation (6.2) as well as the convergence of the second item on line 4 including the pressure q ( k ).
Keeping in mind that one of the greater challenges while using iteration method is to show the convergence, we successfully proved the convergence of the second method for the generalized equation.
Similar(55)
The control law in the vicinity of the sliding surface is a nonlinear dynamic feedback that in absence of unknown disturbances provides for finite-time convergence of the second-order reaching phase dynamics.
Upper bound convergence of the first eight frequency parameters accurate to at least five significant figures is presented.
The symbolic computer program is employed to perform computational studies on convergence of the first two probabilistic moments for simple unidirectional tension of the bar.
The stability and convergence of the first order numerical scheme are rigorously analyzed.
We will show the convergence of the first sequence and the proof of the second is identical.
In this article, we consider the stability and convergence of the first-order implicit/explicit scheme for the Boussinesq equations.
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