In addition to predicting the performance, the analysis gives insight into how to improve the performance, with a Drag Reduction Analysis. Plots of various parameters are also included, and the entire report may be printed or exported to Microsoft Excel or PDF.
The results of the analysis are presented in easy-to-read reports, which include a summary of input data, checks of the parameters of your design versus the limits of the analysis method, and performance data versus speed. Any parameters that are outside of the ranges of the prediction method are flagged. Results are quickly generated and professionally formatted, and include checks to ensure the validity of the results. Most of the required input parameters are automatically computed from your model, although the user can input or override the values. Level 2: Everything in Level 1, plus Speed/Power Prediction, and Weight/Cost Tracking.Level 1: Hull Design, Fairing, Intact Hydrostatics & Stability.Orca3D is broken into modules which can be purchased as bundles: Orca3D now uses CopyMinder for licensing which allows you to move the license to a new computer, or re-install on your existing computer after making changes (such as a new hard drive) without having to de-activate the license.This new assistant uses Rhino’s developable loft functionality to generate hull forms based on user-controlled deck sheer, chine, and bottom profile curves. A new Orca3D Hull Assistant has been added for creating developable hull shapes.Orca3D Ship Hull Assistant has been extended to allow incorporation of bulbous bows into the generated hull geometry.The resulting strake geometry can be optionally joined to the hull surface. The strake cross-section geometry, longitudinal extent, and taper characteristics can also be defined.
Define the base curve for the lifting strake as an iso-parametric curve on the surface, a planar section curve on the surface, or any user-defined surface curve.
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