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Valuable information about our software solutions, in bite-sized pieces. 


NavCad can be used to generate KT/KQ curves for actuator disks which account for oblique flow and can increase the fidelity of a CFD simulation without increased computational cost. More accurate thrust and torque figures lead to more accurate predictions of vessel speed and trim. Count on NavCad for accurate results


Adding cup to an existing propeller design is easy with PropCad’s parametric design tools. The added cup group enables easy control of cup style, height, and distribution from root to tip.


Establishing benchmarks for vessel and propulsor performance can help ensure that costly CFD runs aren’t going awry. If results are not in line with the expected values, we can halt the calculation and troubleshoot the simulation before it’s too late.


PropCad can help you recreate a propeller design from a 3D scan of a single blade. It also is great for extracting the design data from a propeller (similar to reverse engineering). Once the data is in PropCad, it can easily be altered.


NavCad’s “Method Expert” utility includes a data check to help determine if a hull may be too heavy to plane. 


Both PropElements and NavCad (Premium Edition) also have a scripting API and the ability to act as a calculation server for optimization scenarios with executive tools such as Excel, Matlab, Simulink, or your own codes, for example. This is valid for any vehicle optimization.


PropElements is a wake-adapted component propeller design/analysis tool. It has special UV-relevant features for estimating radial inflow for axisymmetric bodies, as well as calculation settings for low blade area propellers.