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Our CFD package includes solvers that accurately simulate behavior of the broad range of flows that engineers encounter daily — from Newtonian to non-Newtonian, from single-phase to multi-phase, and from subsonic to hypersonic. Each solver is highly robust, well tested, validated and optimized for fast simulation time. Time tested and part of a single environment, the highly efficient solvers deliver both accuracy and speed. For deeper insight — such as making informed decisions about small adjustments that yield large performance improvements — you can increase the granularity of the analysis. Such improved resolution requires more computational resources and parallel computing. Fluent has a record of outstanding parallel scalability, ranging from two processors to thousands, giving you high-fidelity results in the shortest possible time. Optimizing your product requires evaluating a large number of designs. Your toolkit should include capabilities for design exploration and optimization studies in a fast, easy-to-use and robust manner — which provides better insight into product performance. Capabilities within ANSYS Workbench enable efficient, fully automated optimization (or design of experiments) for tens or hundreds of design points; the technology can evaluate many design points concurrently. Workbench makes the process easy by controlling the execution, results data and file management for each set of design points. 2 ANSYS Fluent is both customizable and fully integrated within ANSYS Workbench, allowing you to adapt capabilities to quickly solve specific challenges with great ease. Parametric simulation helps to evaluate fluid dynamics performance of a large number of designs, such as this selective catalytic reduction mixer. Independent validation attests to Fluent's accuracy. This dam break simulation compares experiment (grey) and multiphase simulation (color) at different times. White regions correspond to breaking waves in the experiment. Courtesy Technical University of Berlin

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