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Achieve Better CFD Workflows with FLOW-3D (x)



FLOW-3D (x) will dramatically change the way you do CFD, connecting automation, optimization, and batch-processing into your CFD workflow. FLOW-3D (x) lets you graphically and intuitively build automation and optimization workflows as well as connect external nodes like Solidworks, Rhino and Excel to dynamically feed information into your simulation. Whether you are running the design parameter space, interested in design of experiments, or optimizing your geometric parts for best performance, FLOW-3D (x) allows you to construct batch workflows, conduct advanced parametric geometry studies, and combine automation with optimization to quickly meet your design objectives and arrive at an optimal solution.



FLOW-3D (x) Case Studies





Optimizing Design Performance with Baffle



Characterizing Contact Tank Performance



Calibrating Simulation Parameters



Optimization of a Tilt Pour Casting



FLOW-3D (x) Features





OPTIMIZATION



  • Improve product performance by identifying the optimal design parameters.


EXPERIMENTAL/LAB RESULTS



  • Create response surfaces for existing lab data.


WORKFLOW AUTOMATION



  • Automate typical simulation tasks: Run predefined parameter sets, extract simulation results, and create graphical output.


CAD PLUGINS



  • Interact with parameterized CAD models directly from within FLOW-3D (x).
  • Solidworks, Rhino/Grasshopper, PTC Creo, NX, Spaceclaim, Catia, and Autodesk Inventor.


SIMULATION CALIBRATION



  • Identify the simulation parameters required to achieve a desired result.


DISTRIBUTED SOLVING



  • Simulations can be run on remote Windows and Linux workstations for maximum efficiency.


PARAMETER SENSITIVITY



  • Determine the sensitivity of a simulation to input parameters.


MICROSOFT EXCEL PLUGIN



  • Leverage the power of Excel.


PYTHON INTEROPERABILITY



  • Execute Python scripts to provide post-processing and input customization.


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