Does anyone know EDEM?

Is it the software below? The EDEMTM software is the flagship product of DEM Solutions, a global leader in particle mechanics simulation software and technologies. It can be used to simulate and analyze particle behavior, and it provides a platform for integrating particle mechanics, fluid mechanics, and mechanical mechanics. EDEMTM is also the world’s first general-purpose CAE software designed using advanced discrete element modeling technology. EDEM allows for the rapid and easy creation of parameterized models for solid particle systems. It is possible to accurately describe the shape of particles by importing CAD models of real particles, and particle models can be established by adding mechanical properties, material properties, and other physical characteristics. During the processing, the generated data can be stored in corresponding databases. Using EDEM’s Particle FactoryTM technology, we can efficiently generate particle populations based on the shape of a machine, where this machine shape can be imported from CAD or CAE systems as a solid model or surface mesh. The components of the machine can be integrated, and the dynamic properties of each component can be set individually. EDEM is also the world’s first CAE software that enables particle-scale simulation of solid-liquid/gas phase systems by coupling with CFD software. When analyzing the impact of interactions between particles or between particles and walls on system behavior, EDEM offers a perfect solution as a unique technique. EDEM can also be coupled with FEA tools; we can simulate the dynamic loads on mechanical components and directly export the results to our commonly used structural analysis tools. Application areas of EDEM: mixing and separation, contraction, rupture, and agglomeration, particle damage and wear, conditions of solid-liquid flow, mechanical response of machine components to particle impacts, corrosion, particle packaging and surface treatment, heat and mass transfer, kinetics of chemical reactions, sedimentation and removal of particles from solid-liquid systems, handling of hazardous materials, compression of dry and wet solids, mechanics of viscosity and plasticity, behavior of colloids and gels, mechanical energy dissipation, pneumatic transport, surface deposition, fluidized beds

Hello, do you have EDEM? Could you send me a copy? Thank you. 1072723821@qq.com

http://www.randsoft.cn/goods.php?id=8 provides a detailed introduction; it can be found there

Who has the Windows version installation? The license is easy to obtain

R&D Port Education will collaborate with Wuhan University to hold EDEM discrete element method training sessions! ! ! The event will be held from July 22 to 23, and the training content is as follows:

Day 1: Basic Application Training
Part 1:
1. Introduction to the basic principles, concepts, and methods of discrete element method.
2. Practical exercises using typical application cases: belt conveyors.
3. Objectives: non-spherical particles, Moving Plane contact model, data export methods, particle mass flow rate.

Part 2:
1. Tips for using the EDEM Particle Factory.
2. Practical exercises using typical application cases: semi-autogenous grinders.
3. Objectives: periodic boundary conditions, multiple particle factories, collision data analysis, mixing degree analysis.

Part 3:
1. EDEM-FEA coupled simulation.
2. Practice case: loading a dump truck.
3. Objectives: understanding particle-structure strength simulation methods.

Part 4:
1. Methods for calling the EDEM-API program.
2. Practical exercises using typical application cases: simulating the material crushing process in a ball mill using the particle replacement method.
3. Objectives: API invocation, particle replacement method, analysis of the crushing process, generation of graphs, and output of time data.

Day 2: Advanced Application Training
Part 1:
1. Methods for compiling EDEM-API.
2. Practice case: compiling the Hertz-Mindlin contact model using Visual Studio.
3. Objectives: implementing custom contact models through API.

Part 2:
1. Methods for modifying and debugging EDEM-API.
2. Practice cases: compiling the conhension contact model and a snooker-related case using Visual Studio.
3. Objectives: gaining a basic understanding of the practical applications of API. Part Three 1. EDEM-MBD coupling method 2. Practice case: Simulation of the automatic door in a material feeding bin 3. Objective: To understand the dynamics module and its invocation process. Part Four 1. Introduction to two-phase flow and the EDEM-CFD coupling method 2. Practice case: Exporting Fluent field data and coupling it with EDEM 3. Objective: To understand the applications of field data coupling. Part Five 1. Introduction to two-phase flow and the EDEM-CFD coupling method 2. Practice case: Example of particle two-phase flow in a pipeline 3. Objective: To understand the principles and applications of EDEM-Fluent coupling. Training date and location: July 22–23, 2017, Wuhan. Contact person: Teacher Gu, 15388633531. Course details: http://edu.yanfabu.com/course/1114. Customer service WeChat: wl920508. Feel free to consult Yanxiaohui if you have any questions!