What Systems Do You Need to Model?
M-Star CFD helps you rapidly and accurately model complex physics simulations. Explore some of our client’s models below – or let us know what you need.
Most biologic processes are developed in lab-scale, tabletop bioreactors with small operating volumes. M-Star helps you build, run and post-process simulations for real-world, production-sized bioreactors that can hold up to tens-of-thousands of liters.Learn More
Mixing processes in multi-fluid systems present more complicated competition between fluid inertia and buoyancy. M-Star CFD helps you model and predict real-time fluid mechanics with greater speed and fidelity than ever before.Learn More
Recirculation and jet-mixing systems present competition between blend time, residence time—along with strong spatial variations in fluid velocity. As a fully transient and three-dimensional solver, M-Star CFD is ideally suited to capture these complex physics.Learn More
Particle-laden systems often require the simultaneous solution of the fluid field, particle fields, and interactions between the two phases. The GPU-based implementation of M-Star CFD makes large-scale simulations of such systems accessible and practical.Learn More
Free Surface Sloshing
Free-surface systems are topologically complex and almost always time-varying. The transient, high-resolution simulation accessible using M-Star CFD provides detailed insights into the sloshing, vortexing and rocking that characterize these systems.Learn More
Two-fluid dispersion processes are crucial to many drug product and chemical manufacturing processes. M-Star CFD uses rigorous, first-principles modeling approaches for predicting droplet size distributions and dispersion physics.Learn More
Discover What You Can Discover With M-Star
Whether you’re an engineer just starting out, or an advanced researcher trying to answer the unanswerable — M-Star was designed to make your work easier. See for yourself today.