Discrete Element Method Company Training Courses
When it comes to the behavior of granular matter, conventional continuum-based computational methods are typically limited by the fact that they cannot model the discontinuous nature of such materials. The Discrete Element Method (DEM) is one such alternative that can model the behavior of discrete, particulate matter. DEM is a mesh-free approach that can handle the interaction between each individual particle, which allows it to be applied in numerous engineering applications including mining, construction, and nuclear engineering.
LS-DYNA, a popular DEM software program from Ansys, provides a number of features to help model these processes. The Introduction to LS-DYNA course covers the use of this simulation software and how to set up and run DEM models.
This cornerstone training class introduces the basics of LS-DYNA and its implementation of the Discrete Element Method. Students learn how to build, run, and post-process a DEM simulation. The training class will also discuss the theoretical background of the Discrete Element Method and its many applications.
In addition to its ability to accurately predict complex fracture and fragmentation patterns in solids ranging from rocks to metals, LS-DYNA is capable of modeling the motion of millions of individual particles. This makes it the most reliable and robust solution for simulating granular material flows. This is especially true for the highly abrasive flow of bulk materials such as rock, coal, sand, and metal shavings.
Moreover, the DEM technique is able to provide accurate and robust predictions of particle trajectories and interactions within bulk material handling systems. This helps reduce design time and improve equipment reliability. It is especially useful for determining belt tracking, extending the life of equipment and machinery, and enhancing manufacturing efficiency.
As new technologies like machine learning and virtual reality gain traction, Little P.Eng. is exploring their integration with Discrete Element Method to unlock new capabilities and improve the accuracy and efficiency of simulations. By combining the power of these emerging technologies with the expertise of our engineers, Little P.Eng. can empower our clients to overcome engineering challenges, optimize their operations, and achieve sustainable success.
As a leading engineering firm, Little P.Eng. is renowned for its commitment to excellence and utilizes cutting-edge technology and a team of experienced engineers to deliver the highest quality of engineering simulations. This includes Discrete Element Method, which is used to analyze and predict the behavior of a variety of different engineering processes, such as Laser Powder Bed Fusion (LPBF). The unique discontinuous behaviors exhibited by these types of metal additive manufacturing materials can be difficult to accurately simulate using traditional continuum-based simulation approaches. LPBF is a popular metal additive manufacturing technique that involves the melting and fusion of discrete metallic powder particles. The resulting granular matter exhibits dynamic, particulate behaviors that are best modeled with a mesh free DEM simulation. To learn more about our Discrete Element Method services, contact us today.
