Discrete Element Method (DEM) Services
Optimize processes, reduce costs, and enhance equipment performance with Element's Discrete Element Method (DEM) Services. Our GPU-powered simulations model millions of particles with exact real-world interactions, helping you predict granular flows, optimize powder processing, and refine machinery performance, across mining, agriculture and other key industries. Improve efficiency before implementation with our expert DEM analysis.
What is Discrete Element Method (DEM) at Element?
Element’s Discrete Element Method (DEM) services model the motion and interaction of millions of particles, Simulating real particle shapes and exact contact mechanics with complex geometries. Using advanced GPU-powered technology, we provide precise insights into granular flows, powder processing, soil mechanics, and equipment performance, helping industries optimize designs, predict wear, and improve efficiency.
What can Element offer you for Discrete Element Method (DEM)?
Key services offered
Key services offered
At Element, we provide standalone DEM analysis as well as integrated solutions with Computational Fluid Dynamics (CFD)and Finite Element Analysis (FEA). Our services deliver estimates on machine load, power consumption, and lifetime prediction, ensuring process optimization before full-scale implementation.
Components and materials we test
Components and materials we test
We specialize in analysing granular materials, powders, soil mechanics, agricultural products, and industrial particles. Our DEM models account for real particle shapes and interactions, allowing for precise flow behavior simulations in mining, pharmaceutical, agriculture, and manufacturing industries.
Cutting-edge equipment we use
Cutting-edge equipment we use
We leverage high-performance GPU computing enabling real-time modelling of millions of particles. Our advanced particle modelling software ensures accurate representation of granular flows and powder interactions. Additionally we integrate CFD & FEA tools to offer multi-physics simulations for in-depth analysis.
Which labs offer this service
Which labs offer this service
Our Bristol, Derby, and Houston digital engineering hubs house our state-of-the-art DEM capabilities, providing global access to Element’s advanced simulation and testing expertise. Explore our Locations Page to find the nearest facility for your testing needs.
Digital Innovation Leadership
Digital Innovation Leadership
As part of Element's expanding Digital Engineering division, our DEM services integrate with broader modeling, simulation, and data science capabilities. Our rapidly growing team operates at the forefront of digital transformation, delivering tailored, high-performance solutions to our clients worldwide.
Materials we test
- Granular materials
- Powder materials
- Soil materials
- Agricultural materials
- Industrial particles
- Mining materials
- Pharmaceutical materials
Your Challenges, Our Solutions
Computational Power Limitations
Process Optimization Hurdles
Equipment Lifecycle Uncertainty
Cost-Efficiency Demands
Element Experts at your service
Why Choose Element
Global Expert Network
Comprehensive Analysis Capability
Multi-Industry Experience
Advanced GPU-Powered Technology
Frequently asked questions
What is Discrete Element Method (DEM)?
DEM is a computational technique that simulates particle interactions, material behavior, and granular flows in real-world applications.
How does DEM integrate with CFD and FEA?
DEM can be combined with CFD for fluid-solid interactions and with FEA to assess mechanical stress and durability.
Explore our global network of labs and find your nearest location
VIEW ALL LOCATIONSRelated services
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Advanced Modeling and Simulation Services
Elevate your project with Element's modelling and simulation services, including fluid simulation, CFD, FEA, DEM, and electromagnetics. Our industry-leading expertise ensures precision, cost savings and regulatory compliance at every step.
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