By Simo J.C.
A formula and algorithmic remedy of static and dynamic plasticity at finite traces in accordance with the multiplicative decomposition is gifted which inherits all of the positive factors of the classical types of infinitesimal plasticity. the most important computational implication is that this: the closest-point-projection set of rules of any classical simple-surface or multi-surface version of infinitesimal plasticity incorporates over to the current finite deformation context with out amendment. specifically, the algorithmic elastoplastic tangent moduli of the infinitesimal conception stay unchanged. For the static challenge, the proposed type of algorithms look after precisely plastic quantity alterations if the yield criterion is strain insensitive. For the dynamic challenge, a category of time-stepping algorithms is gifted which inherits precisely the conservation legislation of overall linear and angular momentum. the particular functionality of the technique is illustrated in a few consultant huge scale static and dynamic simulations.
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1 Introduction A star graph is a tree of diameter at most two. Equivalently, a star graph consists of a vertex designated center along with a set of leaves adjacent to it. In particular, a singleton vertex is a star as well. Given an undirected graph, a spanning star forest consists of a set of node-disjoint stars that cover all the nodes in the graph. In the spanning star forest problem, the objective is to maximize the number of edges (or equivalently, leaves) present in the forest. A dominating set of a graph is a subset of the vertices such that every other vertex is adjacent to a vertex in the dominating set.
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Computing the maximum spanning star forest of a graph is NP-hard because computing the minimum dominating set is NP-hard. The spanning star forest problem has found applications in computational biology. Nguyen et al.  use the spanning star forest problem to give an algorithm for the problem of aligning multiple genomic sequences, which is a basic bioinformatics task in comparative genomics. The spanning star forest problem and its directed version have found applications in the comparison of phylogenetic trees  and the diversity problem in the automobile industry .