论文名称：

Systematic definition of complexity assembly in fractal porous media

论文摘要：

Microstructures dominate the physical properties of fractal porous media, which means the clarification of complexity types and their assembly are of fundamental importance for static or dynamic purposes. In this work, we identified fractal porous media to dual-complexity systems composed of stationary and scale-invariant complexities as per fractal topography theory, and proposed an open mathematical framework to characterize complexity assembly in microstructures, realized the original complexity, such as random, multi-phase, and multi-type features by the quartet structure generation set (QSGS) algorithm, and unified the behavioral complexity, including the self-similar and self-affine properties by fractal topography model. For demonstration, the control mechanisms on the microstructures from different complexities are discussed, with their physical implications and relations to the physical properties of porous media clarified in principle. The results indicate that our framework is open to arbitrary original and behavioral complexities, and eases the modeling of multi-scale microstructures and the property estimation significantly.

论文亮点：

① Indicate that a fractal porous medium is a type of dual-complexity system.

② Develop an algorithm to construct self-similar/affine bed-packing porous media.

③ Analyze the control mechanisms on the microstructures from different complexities.

论文出处：

Fractals：分形多孔介质中复杂组构的系统定义

DOI: 10.1142/S0218348X20500796

主要作者：

Yi Jin*, Cheng Wang, Shunxi Liu, et al.