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See original text： https://mp.weixin.qq.com/s/jHOaaoT8KwFu28N4UsSWZA The 2021 CCF National Academic Conference on High-Performance Computing (CCF HPC China 2021) was grandly held in Hengqin, Zhuhai from October 21st to 23rd. With the theme of “Empowering Intelligence, Building a Shared Future,” the conference aimed to foresee global trends in supercomputing technology, bring together innovative technological applications, showcase cutting-edge academic achievements, promote the digital transformation and upgrading of supercomputing in academia, industry, and research, and create a global, open, and academic exchange platform.

CCF HPC China Introduction to the 8th Forum on Domestic Application Software 2021 Industrial software represents a core and crucial technology for China’s transition from a manufacturing powerhouse to a design powerhouse.

Download Li C, Yin H, Wu Z, Zhou P, Wang W, Ren R, Guan S, Li X, Luo H and Jia D (2021) Effects of Salt Thickness on the Structural Deformation of Foreland Fold-and-Thrust Belt in the Kuqa Depression, Tarim Basin: Insights From Discrete Element Models.

Paper Download： Yanjie Feng (2019). Analysis and Simulation of Multi-Detachment Fold-Thrust Structures - Taking the Majiaba Fault in the Longmen Shan Fault as an Example. Undergraduate Thesis. Nanjing University. Extraction Code zdem

Title: Quantitative Analysis and Numerical Modeling of Structural Deformation in Fold-Thrust Belts Using the Discrete Element Method Author: Changsheng Li Abstract The Discrete Element Method (DEM), as a novel approach for studying structural deformation, enables quantitative observation and analysis of stress and strain evolution within models.

[Wu Z, Yin H, Li C, Yang X, Wang L, Wang F, Dong S and Jia D (2021) Influence of Regional Erosion and Sedimentary Loading on Fault Activities in Active Fold-Thrust Belts: Insights From Discrete Element Simulation and the Southern and Central Longmen Shan Fold- Thrust Belt.

LI Changsheng, YIN Hongwei*, et al. (2021) Calibration of the discrete element method and modelling of shortening experiments. Front. Earth Sci. doi: 10.3389/feart.2021.636512 Original Research: The discrete element method (DEM) is becoming widely accepted as an effective method of addressing tectonic problems in granular materials.

This study mainly reveals the influence of detachment layers and pre-existing faults on the deformation of thrust belts. It suggests that the development of duplex structures in the southwestern Tian Shan foreland thrust belt is primarily controlled by the Upper Cretaceous–Paleogene evaporite layers and pre-Cenozoic pre-existing faults(Xin et al.

This study reveals that pre-existing faults influence the propagation of structures in fold-thrust belts, leading to variations in the morphology of subsalt wedges, the number of faults, and the structural styles of suprasalt deformation.

Xu, W., Yin, H., Jia, D., Li, C., Wang, W., Yang, G., He, W., Chen, Z., Ren, R., 2021. Structural Features and Evolution of the Northwestern Sichuan Basin: Insights From Discrete Numerical Simulations.