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Exact(55)
The finite-element method has been a standard numerical method in solving partial differential equations.
Note that condition (55) somehow complicates the application of Runge-Kutta method in solving equation (54).
Also, the waveform relaxation method in solving fractional differential equations is applied in [31].
The novelty of this methodology is to use the decomposition method in solving IPDC problems.
Obtained results confirm the excellent performance of the SOS method in solving various complex numerical problems.
Numerical results demonstrate the effectiveness of our DDM DG method in solving such multi-scale problems.
Similar(5)
5, we report our numerical founds and compare with other methods in solving these integral equations, and Sect.
Thus, this research has tested the performance of both methods in solving the present problem and reported the better one.
To demonstrate the applicability of the MULTIMOORA and MOOSRA methods in solving multi-objective decision making problems, real case study is considered.
One of the extensively popularized meshless methods in solving initial and boundary value problems is the meshless local Petrov-Galerkin (MLPG) method originating with Atluri and Zhu [26].
This paper investigates the ESO and BESO methods in solving the topology optimisation of continua structures with a constraint on the global stiffness.
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