Move Science, a privately held developer of computational fluid dynamics (CFD) software program, has launched the FLOW-3D 2025R1 suite. The newest model brings two main modules—FLOW-3D AM and FLOW-3D WELD—into the core product household, alongside important upgrades to current choices for manufacturing, casting, and water engineering. This launch emphasizes high-performance computing assist, automation, and new simulation fashions for industrial engineers.
With the inclusion of FLOW-3D AM, a brand new platform for simulating laser-based additive manufacturing, customers achieve entry to instruments for modeling processes similar to powder mattress fusion and directed vitality deposition. The software program introduces a unified consumer interface and course of templates designed to cut back setup complexity and preserve venture continuity. For engineers in search of accelerated workflows, high-performance computing assist allows additive manufacturing simulations to run as much as 9 occasions quicker in comparison with commonplace workstations. In keeping with firm president John Wendelbo, “With the mixing of FLOW-3D AM and FLOW-3D WELD into the FLOW-3D product household, we’re placing superior manufacturing simulation instruments into the fingers of training engineers. These are extremely accessible but additionally extraordinarily correct options. And with scalability and automation capabilities, you will have one thing actually state-of-the-art.”
FLOW-3D WELD 2025R1, targeted on precision welding, incorporates a new interface, improved course of automation, and expanded physics fashions. Customers can entry templates for laser welding and automate mannequin validation, parameter research, and course of optimization. Devoted assist for high-performance computing platforms brings substantial enhancements to simulation pace, supporting quicker product growth in welding functions.
The 2025R1 launch upgrades particle modeling with a discrete factor methodology (DEM) mannequin, extending the software program’s capacity to simulate granular materials dealing with, slurry mixing, and particle-laden flows. Enhanced high-performance computing assist reduces runtimes for these advanced eventualities. Inside FLOW-3D CAST, casting engineers obtain improved solidification and shrinkage modeling, new porosity evaluation codecs, and a refined valve mannequin for defect prediction. In high-pressure die casting workflows, the up to date porosity-based mannequin allows extra correct thermal profiling in the course of the filling course of, supporting detailed defect evaluation.
FLOW-3D HYDRO, Move Science’s devoted hydrodynamics resolution, now incorporates DEM for superior modeling of particle-particle interactions, together with collision and friction. Functions vary from simulating rip-rap stability on riverbanks to analyzing grit separation methods and stormwater flows. These enhancements allow price evaluation and danger discount for infrastructure and environmental initiatives.
Based in New Mexico, Move Science has established itself as a supplier of CFD software program for industrial and analysis functions. The corporate’s FLOW-3D software program is used globally throughout sectors similar to civil and environmental engineering, aerospace, automotive, steel casting, microfluidics, laser welding, and additive manufacturing. Latest expansions have added distribution and assist channels within the Americas, Europe, Australasia, the Center East, and Asia.
Ongoing developments in high-performance computing integration, particle modeling, and workflow automation place Move Science’s portfolio for elevated adoption in analysis and business. For additional technical particulars, product documentation, and case research, go to the corporate’s web site.
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Featured picture showcase FLOW-3D AM 2025R1. Picture through Move Science.
