DCS Computing GmbH

2025 just started and DCS Computing will already be part of the first conference this year. We are excited to talk about one of our newest products at the GeoPython 2025 in Basel, Switzerland from 24th-26th of February.

There our Co-Founder Christoph Kloss and our Senior Developer Philippe Seil will talk about a general purpose python-based modelling platform applied to getoechnical engineering.

We invite our customers and partners to join us at our session to explore the latest developments and applications in python-based methods. Your participation will provide valuable insights and opportunities for collaboration.

For more information and to register, please visit the GeoPython 2025 website @ https://dcs-computing.odoo.com/r/EgL

📢 Publication News 📢

We are proud to let you know, that our colleague Niemann and our Co-Founder Goniva together with Lupo, Szmyt, Jia and Turlo just recently published a new paper with the title:

"Modeling of laser beam absorption on rough surfaces, powder beds and sparse powder layers".

https://dcs-computing.odoo.com/r/Qj5

Our novel numerical model simulates laser absorption on rough solid surfaces by integrating photon interaction laws, such as specular reflection and polarization effects, into the Aspherix DEM framework. Validated through applications to rough surfaces and powder beds, the model offers enhanced accuracy and a new correlation for reflectivity in sparse layers, paving the way for future advancements in laser additive manufacturing simulations.

🎉 We congratulate both members of DCS as well as the other co-authors for their publication.

🌟 CFDEM®coupling 6.4.0 Feature Series! 🌟

We’re thrilled to announce the release of CFDEM®coupling 6.4.0, packed with innovative features designed to enhance your simulations and push the boundaries of CFD-DEM coupling.

Over the next few weeks, we’ll be highlighting the standout features of this release, showcasing how they can transform your workflows and deliver unprecedented accuracy in your simulations.

✨ First Feature Spotlight: IBMeshMotion with Dynamic Mesh Refinement
The IBMeshMotion model now supports dynamic mesh refinement, enabling more precise simulations in areas of interest while optimizing computational resources.

Stay tuned for in-depth posts about this feature and many others, including new Improvements to the slodification models, composition particles and more...

We can’t wait to show you what’s new! 🚀