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The method generates an expansion for the mean of the pressure about a deterministic solution to the system equations using a perturbation to the mean of the input parameters.
Below are simulated graphic solutions of system equations using computers automatically?
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HPL tests the performance of a system by generating and solving a system of equations using LU decompositions [24].
Step 4: Solve non-linear system of equations using the Newton-Raphson algorithm.
The drag, lift and gravitation forces are incorporated into the system of equations using appropriate closure equations.
Finally, global bifurcation diagrams were calculated for the full system of equations using the orthogonal collocation method.
In each Newton iteration, we solve a linear system of equations using the TFETI domain decomposition method with lumped, Dirichlet, or no preconditioner.
The kinetic parameters that allow reproduction of the mass loss rate are estimated by solving the system of equations using an inverse method.
Methods to solve the reduced system of equations using iterative and direct solvers were developed and applied to determine the numerical benefit of using them through simple block upsetting and swash-plate forging simulations.
We attempt to solve the linear system of equations using the conjugate gradient (CG) method [2].
This identification consists in solving a linear system of equations using the least-squares method.
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