Case Studies and Guides

M-Star Graphic Processing Unit FAQs

M-Star CFD is designed to run on GPUs—pairing modern algorithms with modern GPU architectures to deliver maximum science. There are a lot of GPU options,…

How AbbVie built Accelerated Digital Twins to Understand Miscible Fluid Blending [CASE STUDY]

Predicting real-time fluid mechanics within a physical mixing tank with a fidelity that rivals experimental data. Pharmaceutical companies like AbbVie face unique mixing challenges in…

Next-Gen CFD Software: The Smart Engineer’s Guide [GUIDE]

To solve the complex fluid problems of today, the industry can no longer rely on the tools of yesterday. Enter next-gen CFD software. Researchers, engineers…

How Pfizer Leveraged Digital Twins to Create a Process Scale-Up Roadmap [CASE STUDY]

A generalized framework for modeling mass transfer in two-phase, stirred tank bioreactors to aid the scale-up process and get important drugs to market faster. In…

M-Star CFD Capabilities

M-Star CFD is a computational fluid dynamics software that pairs modern Lattice Boltzmann algorithms with modern GPU architectures. Designed to run on 100+million point meshes…

Next-Gen GPU Native CFD is Here [INFOGRAPHIC]

M-Star CFD leverages next-gen GPU-based algorithms to help you build, model, and solve more complex fluid flow problems faster. View the infographic to see what…

How Bristol Myers Squibb Used CFD Software to Predict Mass & Oxygen Transfer in Bioreactors [CASE STUDY]

A mechanistic approach to predict complex fluid dynamics and scale-up bioreactors for production. For pharmaceutical companies like Bristol Myers Squibb, the biomanufacturing process of biologic…

Contact M-Star

Ready for a demo or free trial? Need support? Want to discuss new problems you are interested in solving? Our team will never refuse a challenge. Contact us today.