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A domain decomposition molecular dynamics program for the simulation of flexible molecules with an arbitrary topology of Lennard-Jones and/or Gay-Berne sites

机译:域分解分子动力学程序,用于模拟具有Lennard-Jones和/或Gay-Berne位点的任意拓扑的柔性分子

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摘要

We describe a new parallel molecular dynamics program GBMOLDD which uses the domain decomposition algorithm. The program is designed to simulate molecular systems composed of both spherically-symmetric and anisotropic sites connected via arbitrary topology and described by standard force fields. The program is oriented mainly towards simulations of liquid crystalline systems including mixtures of mesogenic molecules and mesogens confined in host media. Benchmark results are presented for a model liquid crystal dimer composed of two mesogenic units linked via a flexible alkyl chain. The benchmarks compare favorably to those obtained via a parallel replicated data algorithm.
机译:我们描述了一种新的平行分子动力学程序GBMOLDD,它使用域分解算法。该程序旨在模拟由任意对称拓扑连接并由标准力场描述的球形对称和各向异性位点组成的分子系统。该程序主要面向模拟液晶系统,包括介晶分子和限定在宿主介质中的介晶混合物。给出了由两个通过柔性烷基链连接的介晶单元组成的液晶二聚体模型的基准结果。这些基准与通过并行复制数据算法获得的基准相比具有优势。

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