Bulk Material Flow Simulation
Optimize your
Bulk Material
Engineering using
Newton
Newton is a general purpose Discrete Element Method (DEM) simulation package used to quickly, and accurately, model the three dimensional behavior of complex material flows.
About Newton
Revolutionizing Flow Analysis with Newton
Newton DEM is an advanced Discrete Element Method (DEM) simulation software designed for engineers to model granular material flow with precision. Developed by AC-Tek, Newton helps optimize transfer chute designs, predict material behavior, and reduce wear in industrial applications.
Highest quality security, Network uptime, fast output. Unlimited scale and customizing possibilities.
David Kruse,
Engineering
Newton
Advanced DEM Simulation Software for Granular Flow Analysis
Overview
Newton is a Discrete Element Method simulation package which models the 3-D flow of granular materials under a range of various flow and cohesion conditions.
3D Geometry
Wireframe models can be directly imported via STEP, IGES, STL or DXF design files. Newton can auto-generate several types of geometry with just a few inputs.
Clusters
Particles are created by grouping spheres together to form clusters. Clusters provide a more realistic flow pattern and can be created using hundreds of spheres.
Material Properties
A variety of included constitutive equations grant a wide range of material cohesive properties and behaviors, from dry free-flowing material to wet, sticky material.
Material Testing
Engineers at AC-Tek continually update the constitutive equations through real testing of physical samples. Results are replicated in Newton to ensure accuracy.
DEM Solver
Newton’s solver allows up to 16-core multi-threading, and works on both 32 and 64-bit operating systems. Up to 20 simulation files can be queued to run in a row.
