Orca3D v2.0 (20210802) x64 for Rhino 6

文件大小:67.7兆字节
Orca3D通过一套在Rhino 3D环境中运行的强大应用程序来简化您的设计工作。概念化、建模和分析，所有这些都不需要传输文件或学习新程序。在单一环境中，创建并平整船体、甲板和上层建筑表面，分析流体静力学和稳定性，预测速度与马力的关系，并跟踪设计的重量、重心和成本。犀牛本身就是一个极其强大的设计工具；当您添加Orca3D的海洋专用工具时，它将成为可用的最通用和最具成本效益的海洋设计程序。

流体静力学和稳定性
一键计算完整的流体静力学，分析设计的完整稳定性，将设计浮动到指定的位移和重心。随着船只的前进，追踪下降点。

船体设计和整流罩
通过在赫尔助手中输入参数，实时观察形状和流体静力特性的变化，开始你的设计。使用实时显示剖面(站位、臀部、吃水线)、前脚掌控制和编辑平面等工具来调整船体形状。

速度/功率分析
使用滑行艇的萨维茨基分析或排水量船的霍尔特罗普分析，预测设计的阻力和速度。

重量和成本跟踪
为模型中的对象指定权重和成本属性。编辑模型时，总重量、重心和成本会更新。
File size: 67.7 MB
Orca3D streamlines your design work with a suite of powerful applications that run within the Rhino 3D environment. Conceptualize, model, and analyze, all without transferring files or learning a new program. Create and fair hull, deck, and superstructure surfaces, analyze hydrostatics and stability, predict speed vs. horsepower, and track the weight, center of gravity, and cost of your design, all within a single environment. By itself, Rhino is an extremely powerful design tool; when you add Orca3D’s marine-specific tools, it becomes the most versatile and cost-effective marine design program available.

Hydrostatics & Stability
Compute intact hydrostatics at the push of a button, analyze the intact stability of your design, and float your design to a specified displacement and center of gravity. Track downflooding points as the vessel heels.

Hull Design & Fairing
Start your design by entering parameters into a Hull Assistant, watching the shape and hydrostatic properties change in real-time. Fair the hull shape, using tools such as real-time display of sections (stations, buttocks, waterlines), forefoot control, and editing planes.

Speed/Power Analysis
Predict the resistance and speed of your design, using a Savitsky analysis for planing hulls or a Holtrop analysis for displacement vessels.

Weight & Cost Tracking
Assign weight and cost properties to the objects in your model. Total weight, center of gravity, and cost update as you edit your model.