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A DEM engineering company provides services for designing, analyzing, building and implementing a variety of structures and systems. These include power plants, nuclear facilities and other industrial sites. The firm offers a range of services including FEED, conceptual engineering, basic engineering and detailed engineering. Its customers are mostly from the construction industry. The company's major competitors are Mrv Technologies Inc, ATCO International Inc and Century Engineering LLC.

Discrete Element Modeling (DEM) is a powerful mathematical tool that allows engineers to understand complex bulk material system behavior at a particle level. The ability to predict particle velocity and interaction is critical in the design, optimization, and safety analysis of a variety of processes.

This enables industries to design equipment that is optimized for longevity and efficiency. In addition, it enables enhanced safety protocols to be developed, particularly in industries handling hazardous materials.

DEM simulation is a valuable tool for optimizing conveyor transfer points in mining operations, as well as evaluating the effectiveness of mine designs. However, until recently the technology has been a high-end consulting tool that takes time and costs more than some engineers are willing to pay.

Our experts use best-in-class Rocky DEM software to provide DEM analysis services on a fixed cost or time and materials basis. The team is dedicated to delivering accurate, robust and timely results for the most demanding bulk particle modeling applications.

https://www.littlepeng.com/single-post/little-p-eng-for-discrete-element-modeling-dem-services is used by global blue-chip companies for the design and development of equipment that handles and processes bulk materials. It combines a wide range of validated physics models with industry-grade granular solvers that simulate realistic particle dynamics. It can also be coupled with other Altair tools and leading CAE disciplines from third parties to extend its scope of application.

EDEM offers fast and scalable compute performance across CPU, GPU and multi-GPU hardware. It can run models involving millions and tens of millions of particles. Its robust and flexible user interface allows users to define their own model components and specify input parameters. It can simulate many different particle shapes, with special features for modeling custom 3D bodies and 2D shells. It also allows for a large number of parallel processors to be used simultaneously on a single machine. Moreover, it can be integrated with FEA and CFD tools from third parties to perform multiphysics analysis.