From the view of VMIB, the solid materials was consisted of discrete and random mass particles.
VMIB模型认为：固体材料在微观尺度上是由离散的随机分布的质点(带有质量的微粒)组成。
Virtual multidimensional internal bonds (VMIB) was a multiscale mechanical model based on the Virtual internal bond (VIB) theory.
多维虚内键(VMIB)模型是基于虚内键(VIB)理论的一种多尺度力学模型。
VMIB model associates the macro mechanical properties of material with the mechanical properties of discrete structure in microscopic.
该模型在材料的宏观力学属性与微观虚拟键力学属性之间建立起了一座桥梁。
Due to the fact that VMIB inherited the advantages of traditional mechanics and the molecular dynamics, it made the numerical simulation of material failure more efficient and easier.
由于VMIB模型兼顾了连续介质力学和分子动力学的特点，这使得材料破坏的数值模拟变得更为简单和高效。
Due to the fact that VMIB inherited the advantages of traditional mechanics and the molecular dynamics, it made the numerical simulation of material failure more efficient and easier.
由于VMIB模型兼顾了连续介质力学和分子动力学的特点，这使得材料破坏的数值模拟变得更为简单和高效。
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