… employing different step sizes for different partitions is labeled multiple integration. This …
partitioned equations of motion for each partition and the push-forward pullback time integration…

… We present the N-body simulation techniques implemented in … by partitioning phase space
p ways so that each partition … As an example of the multistep procedure, let us consider only …

… Eventually, we integrate different spatial and time integration schemes toward a robust
computational framework. The present framework preserves the requisite second-order accuracy …

… numerical time integration is performed with different time … of single-step, multistep, and
multistage methods. A concrete … work, where we will discuss partitioned methods. In this paper, …

… on the strongly-coupled partitioned method developed in [8]. The time integration used in this
… ‘θ-like’ method, which is combined with the partitioned approach used in [50]. The resulting …

… a model for many-body problems in physics characterized by … for SBP is considered for
time integration, referred to as … the partitioning of equations by term. Here, Eq. (23) involves …

… nodal partitioning methods and element partitioning methods. For hyperbolic problems from
… By employing larger time integration steps, is it possible to get significant savings in the …

… integrating altogether different spatial methods as well. The coupling of different spatial and
time discretization methods … the selection of the appropriate method for a specific situation. …

… Implicit multistage methods and the backward difference … error for each method and the
time integration scheme used. … In this context, consider a partition of the domain Ω into N v c …

… to accelerate the numerical integration process of a semi-… ones based on the coordinate
partitioning technique and loop-… y k + 1 is an accurate multistep method. The Adams–Bashforth-…