Mastering Particles
“From detergents to Mars missions”
Our Discrete Element Method (DEM) simulation software fuels innovation for everyone, improving particle products and processes to be more cost-effective, more sustainable, safer and unique.
Our Discrete Element Method (DEM) simulation software fuels innovation for everyone, improving particle products and processes to be more cost-effective, more sustainable, safer and unique.
P&G has been using Aspherix simulation software technology for the past eight years for modeling particulate processes via Discrete Element Method (DEM).
Dr. Christopher Stoltz
Procter & Gamble
We partner with DCS Computing to develop numerical methods and enhance our understanding of pharmaceutical unit operations, provide tools for optimization and approaches to minimize the risk of failure during the development of manufacturing processes to create novel medicines for our patients.
Dr. Martin Lubej & Dr. Maximilian Eggersdorfer
Novartis AG
We profit from close collaboration with DCS Computing GmbH on the development of an innovative simulation model that helps us advance in computational process engineering. We appreciate their capacious expert knowledge and strong technical support.
Dr. Markus Klinsmann
Robert Bosch GmbH
Discrete Element Modelling is an essential tool for planetary exploration as well as preparation and development of future missions.
DLR collaborates with DCS since more than ten years and in several projects covering planets like Mars as well as small bodies like asteroids. We enjoy DCS’s exceptionally high degree of professionality and enthusiasm when it comes to DE modelling. DCS takes the challenge to push DEM to new extraterrestrial applications.
Dr. Marco Scharringhausen
DLR | German Aerospace Center
Competences, technologies and excellent services of DCS Computing offers us tailor made simulation capabilities to study complex phenomena in process engineering and plastics industries.
Dr. Harald Herbst
Borealis Polyolefine GmbH
DCS are one of our official suppliers for a project aiming to develop computational techniques to model waterborne plastic based on the Digital Twin process using Aspherix and CFDEMcoupling. We value the teams high-level of technical support, expertise and professionalism and we look forward in continuing to working closely together towards the success of this project.
Dr. Bruno Sainte-Rose
The Ocean Cleanup
At the University of Siegen, we utilize Aspherix® for advanced simulations within the field of geotechnical engineering, particularly focusing on sediment displacement around offshore wind turbine foundations. The software’s powerful DEM capabilities and its coupling with CFD are instrumental in our ability to analyze fluid-particle interactions at a granular level.
Aspherix® continues to enhance our understanding of complex hydrodynamic processes, and we highly value the professional support provided by DCS Computing. Their expertise and collaboration are essential in achieving our research objectives.
Prof. Dr.-Ing. habil. Kerstin Lesny, Chair for Geotechnical Engineering
University of Siegen
Visit the Testimonials page for more!
Aspherix® has numerous cutting-edge physics models and great options for integration.
In Japan our esteemed distribution partner CAE-SC is in charge of sales and support activities.
No posts found!