Altair EDEM

EDEM is one of the leading software programs for simulating bulk materials (such as coal, soil, sand, gravel, etc.).

EDEM software, using discrete element modeling (DEM) technology, enables fast and accurate modeling of discrete elements for the simulation and analysis of the behavior of these materials.

 

Essentially, EDEM software provides engineers with a deeper understanding and insight into how materials interact with machinery, tools, equipment, processes, and various mechanisms.

Altair EDEM Professional is a powerful, well-known, and unique software product for large-scale simulation of bulk materials using discrete element modeling (DEM) technology.

This software can quickly and accurately simulate the required amount of various materials such as coal, ores, soil, shale, and dust, making them available for analysis.

As you know, an important part of the design, analysis, and simulation of various components and materials in the industry is currently carried out with the help of software products.

Using these tools, you can evaluate the probable outcome of a case more realistically and achieve a predictable result without wasting time and money.

From this perspective, industries such as agriculture, mining, road construction, chemistry, and metal powders benefit from one of the most powerful and comprehensive tools available for simulating materials.

This program uses the DEM method for simulation and equation solving. This method is specialized for handling a large number of small particles and, therefore, presents an ideal solution for simulating bulk materials with the highest possible accuracy.

Altair EDEM is an advanced software solution with specialized functions for simulation in industries such as agriculture, mining, road construction, and for optimizing bulk materials in sectors like pharmaceuticals, chemicals, and metal powders.

This software is designed for analyzing the movement of materials from mines, factories, and conveyor facilities. Unlike other similar programs, it uses the Discrete Element Method (DEM) for performing simulations and solving equations.

This digital dissolution process is specifically designed for processing a large number of small particles, including metal powders, minerals, agricultural products, etc., making it highly suitable for bulk materials.

Some of the key features of this software in iron ore extraction and steel production include:

• SAG mill wear profile analysis,
• Line performance optimization,
• Blast furnace material distribution optimization,
• Predicting significant wear zones,
• Preventing chute blockages and detecting material overflow,
• Improving corrosion resistance,
• Ensuring proper transportation of minerals from the mine to processing facilities.

This software also includes exclusive features for the simulation and analysis of heavy machinery in road construction and agriculture, such as:

• Load-dump analysis,
• Load cycle and fuel consumption reduction,
• Wear zone identification,
• Large-scale finite element simulation (X-FEM),
• Calculating forces on equipment,
• Comparing material resistance,
• Assessing corrosion risks and equipment degradation,
• Simulating harvesting operations for various crops such as wheat and rice.

Let’s explore all the functional features of this program. EDEM has excellent potential for educational purposes.

Many multi-body engineering phenomena can be analyzed thanks to FEA, DEM, CFD, and MBD simulation tools, ranging from the simulation of particle motion in electronic components to photon impacts on metal surfaces.

 

EDEM – Features and Benefits

• Simulation of various dry, soft, sticky, brittle, adhesive, small, and large blocks
• Modern user interface for fast simulation
• Efficiency, computational speed, and scalability: Simulating large and complex particle systems
• Quick and easy access to a library of thousands of material samples
• Various components, including builder, simulator, analyzer, etc.
• A wide range of tools for developing and creating advanced models