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On the accuracy of numerical integration over the unit sphere applied to full network models

机译:关于单位球面上数值积分应用于完整网络模型的准确性

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This paper is motivated by a recent study by Verron (Mecha Mater 89:216-228, 2015) which revealed huge errors of the numerical integration over the unit sphere in application to large strain problems. For the verification of numerical integration schemes we apply here other analytical integrals over the unit sphere which demonstrate much more accurate results. Relative errors of these integrals with respect to corresponding analytical solutions are evaluated also for a full network model of rubber elasticity based on a Pad, approximation of the inverse Langevin function as the chain force. According to the results of our study, the numerical integration over the unit sphere can still be considered as a reliable and accurate tool for full network models.
机译:本文受Verron最近的一项研究(Mecha Mater 89:216-228,2015)的启发,该研究揭示了在应用于大应变问题时单位球面上数值积分的巨大误差。为了验证数值积分方案,我们在单位球面上应用了其他分析积分,这些积分证明了更准确的结果。对于基于Pad的橡胶弹性完整网络模型,逆Langevin函数作为链力的近似值,还评估了这些积分相对于相应分析解决方案的相对误差。根据我们的研究结果,单位球面上的数值积分仍然可以视为完整网络模型的可靠且准确的工具。

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