BDF-α : A Multistep Method with Numerical Damping Control

  • Alberdi Celaya E
  • Jose Anza J
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Abstract

When solving numerically the stiff second order ODE system obtained after semidiscretizing the wave-type partial differential equation (PDE) with the finite element method (FEM), and similarly to the HHT-α method, which allows the numerical damping of the undesirable high frequency modes associated to FEM semidiscretization, we have constructed a modification of the 2-order BDF method (the BDF2 method), which we have called BDF-α. This new method is second-order accurate and with a smaller local truncation error than the BDF2, it is unconditionally stable for some values of α and it permits a parametric control of numerical dissipation.

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Alberdi Celaya, E., & Jose Anza, J. (2013). BDF-α : A Multistep Method with Numerical Damping Control. Universal Journal of Computational Mathematics, 1(3), 96–108. https://doi.org/10.13189/ujcmj.2013.010305

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