DEM 解决方案宣布 EDEM 软件可编程的接口，以便实现双向耦合的多体动力学 （MBD） 模拟与释放。
离散单元法 （DEM） 模拟改造设计和优化处理设备和散装材料的加工的业务。
如果使用得当，离散元模拟给你关键的设计信息是非常困难的或甚至不可能得到使用的标准试验方法或其他方法的工程仿真分析技术的散装固体物料流量行为。
EDEM 是高性能商用数字高程模型仿真软件能够产生强大的 DEM 模拟和分析需要解决复杂的问题，在设计、 原型和优化的处理和处理散装固体物料的设备 — — 范围广泛的行业。
首次引入行业将近十年前，EDEM 由先进的离散元模拟技术，并唯一地为工程师提供快速、 准确地模拟和分析他们的粒状固体系统的行为的能力。
EDEM, the Discrete Element Method (DEM) specialist and market leader, has released the latest version of its flagship software. EDEM 2018 focuses on productivity and performance and includes a range of new features and enhancements enabling users to speed-up their workflow all the way from setup to processing and analysis of simulations. Integration with other CAE tools is also a key theme of this release with the introduction of new coupling solutions with Finite Element Analysis software Abaqus from Dassault Systemes – SIMULIA and Multi-body Dynamics tool RecurDyn from FunctionBay.
Here are some of the highlights of EDEM 2018:
Setting-up Simulations – New Tools
The EDEM Creator includes new tools that will primarily benefit users designing heavy equipment in the construction, mining, off-road and agriculture industries who are simulating machinery interacting with large beds of material.
Engineers typically need to analyze behavior once ground engagement has reached a steady state. This can be the turnover of the soil in the farrow from ploughing, or folding of material from the top of a dozer. In these examples, it is critical to create a bed of material long enough to enable the equipment to achieve the steady state condition but creating long bed of materials can result in longer simulation time.
To help users generating large beds quicker and easier, EDEM 2018 introduces a Bed Generation Tool that enables users to make a large bed quickly by copying small blocks of material. The blocks can be re-used, stored and easily transferred between multiple users and simulations which saves both setup time and simulation time.
A second key capability that has been added to EDEM 2018 is the Dynamic Domain which makes it possible to create an active domain to only solve contacts in necessary areas. The remaining material bed is frozen until needed so a much larger bed can be used in a far more efficient way. By only solving for the active region, the material bed can be made much bigger without any worries about the computing cost of the simulation.
In addition, since determining the right properties to represent the real material can be difficult especially for complex materials such as soils, a new resource called ‘Soils Starter Pack’ has been developed. It consists of 8 models for different types of soils exhibiting different types of compressibility and stickiness and ready to be used in a simulation. More information about the Soils Starter Pack is available in this blog post.
In parallel, a new contact model for modeling complex cohesive materials such as fine dry powders, organic materials, soil and ore fines is now available as a standard built-in contact model in EDEM. This model, called Edinburgh Elasto-Plastic Adhesion (EEPA), offers a solution for cohesive granular solids whose behavior changes depending on the stresses experienced by the material beforehand. It can help realistically simulate applications such as material adhesion to earthmoving equipment, soil-tyre interaction or for instance a cohesive powder compaction process such as tabletting.
Increased Performance & Accuracy
On the processing side, EDEM has continued to advance its GPU solver engine and incorporated many of the requests made by users since its first introduction, including increased performance and accuracy and access to the features found in other areas of EDEM. In EDEM 2018 the GPU solver is now fully double precision, which provides maximum stability and accuracy to simulations even for very small particles. In addition, users making use of EDEM’s highly versatile Application Programming Interface (API) will be able to use the GPU solver with their custom models, hence benefiting from a performance increase even for advanced and complex applications.
Enhanced Post-processing
A range of enhancements have been applied to the EDEM Analyst for faster and advanced visualization and analysis.
A new feature enables pre-defined queries to be exported while the simulation is being calculated – enabling users to review results without having to wait until the end of the simulation or stop the simulation. The speed of data export has also been significantly improved as well as the speed of graphing. New analysis methods have been added including sensors for velocity profile, total mass, segregation and bulk density, providing quicker access to commonly used analysis methods.
On the visualization side, a range of enhancements have been included enabling users to make more realistic and dynamic videos. This includes notably the possibility to track a geometry with the camera as it moves, switching views automatically at a specified time, adding realistic textures to particles and geometries, changing opacity of particles as well as the capability to have different views and graphs side by side using the multi-view window.
CAE Integration – new coupling solutions
EDEM partners with leading CAE companies including ANSYS, MSC Software and Siemens PLM Software to offer a range of co-simulation solutions with Finite Element Analysis (FEA), Multi-body Dynamics (MBD) and Computational Fluid Dynamics (CFD) tools.
New partnerships with Simulia and FunctionBay now enable the coupling of EDEM with Abaqus and RecurDyn. This means users can transfer realistic bulk material loads from EDEM to their FEA and MBD tool of choice, resulting in greater insight into equipment performance.
About EDEM Software. Powered by state-of-the-art Discrete Element Modeling (DEM) technology, EDEM quickly and accurately simulates and analyzes the behavior of bulk materials such as coal, mined ores, soil, tablet, and powders.
EDEM simulation provides engineers with crucial insight into how bulk materials will interact with their equipment during a range of operation and process conditions.
About DEM Solutions. DEM Solutions is the market leader in Discrete Element Method (DEM) simulation software and services for the design and optimization of equipment that handles or processes bulk materials in the mining, energy, equipment manufacturing, and process industries.
For over a decade, DEM Solutions has been developing and supplying world-leading DEM simulation technology and know-how to customers around the world who handle and process bulk materials ranging from coal, ores, and soil to pellets, tablets, powders, and fibers.
First released in 2006, EDEM software is powered by the Company’s state-of-the-art DEM simulation technology, and it is also the underlying technology platform for EDEM BulkSim and EDEM Academic software.
Product: DEM Solutions EDEM
Version: 2018 version 4.0.0
Supported Architectures: x64
Website Home Page : http://www.edemsimulation.com
Language: english
System Requirements: PC
Supported Operating Systems: Windows 7even or newer
Size: 676.3 mb
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