Blogs

This course will be conducted in two sessions: theoretical lectures on the first day and practical hands-on exercises on the second day. The VBOX will be installed on four high-performance computing platforms, and participants will receive one day of free access to the computing platform during the course.

The 33rd Topic: Comprehensive Exploration of Mineral Resources in Sedimentary Basins Location：Beijing International Conference Center, Beijing Time：October 29, 2019 Presentation Title：The Influence of Substrate Property Differences on the Structural Characteristics and Evolution of the East China Sea Shelf Basin

Topic 27: Regional Seismic Tectonics and Their Seismic Hazard and Seismological Geological Disasters Location：Beijing, Beijing International Conference Center, Conference Room 10 (3rd Floor, Room 301) Time：October 28, 2019 14:55-15:10

Contents：This course primarily demonstrates the extension structural simulation method Location：School of Geoscience and Engineering, Xianlin Campus, Nanjing University, A111 (Third Conference Room) Time：June 28, 2019 (Friday) 9:30-17:30 Speaker：VBOX Developer: Li Changsheng

The course begins with an explanation of the principles of the discrete element method, followed by an introduction to the usage of VBOX. In the practical session, various examples are demonstrated, and example scripts are provided.

Course Materials: Baido Cloud Disk extraction code：43qe Contents：This course primarily demonstrates how to use the VBOX software Location：School of Geoscience and Engineering, Xianlin Campus, Nanjing University#449 Time：April 1, 2019 19:00-22:00 Speaker：VBOX developers Li Changsheng Participants：Sun Chuang (Sun Yat-sen University) Cui Jian (Nanjing University) Li Chao (Nanjing University) Zhang Yong (Nanjing University) Shen Li (Nanjing University) Yang Shuang (Nanjing University) Liu Jun (Nanjing University) Translator: Chi Yu

Topic 11: Coupling of Basin-Mountain Tectonics and Sedimentation Location：Conference Room A125, First

Material parameters Experimental materials Particle diameter d (μm) Bulk density ρ (kg∙m-3) Cohesion Co(Pa) Internal friction angle φ(°) Shortening rate υ (mm∙min-1) Quartz sand 200~400 1300 ~35 50-100 2.

If you wish to use it, please contact the software developer first. Li Changsheng。 The software is hosted at the High-Performance Computing Center of Nanjing University, and an account needs to be created at the center to use it.

Download：posters The discrete element method has various stringent assumptions. *Can it simulate construction? Can it replicate real physical events in the laboratory? *These are the questions that concern us in this meeting.