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Virtual Marine Arsenal

Resistance and Power Prediction

Listed in Alphabetical Order

Ahvpp

Resistance and Power Prediction

AHVPP/1 is a tool for predicting the performance of sailboats. In essence, it is a mathematical model of a sailing yacht.

Operating System(s):
  • Windows
License: Commercial Visit Website

Autopower

Resistance and Power Prediction

Autopower enables optimization of hull parameters based upon 12 independent resistance and propulsion methods for displacement, semi-displacement, planing hulls and catamarans.

Operating System(s):
  • Windows
License: Commercial Visit Website

Hull Design | Hydrostatics and Stability | Resistance and Power Prediction | Surface Modeling | Subdivisions

FreeShip Plus modeling kernel is purely based on subdivision surfaces. It uses a mixture of loop subdivision and Catmull Clark subdivision surfaces called quad-triangle subdivision. This enables the user to design the most complex surfaces with only one surface.

Operating System(s):
  • Linux
  • Windows
License: Open Source

Maxsurf Resistance

Resistance and Power Prediction

Maxsurf Resistance module estimates the resistance and power requirements for any Maxsurf design using industry standard prediction techniques. Calculation methods covers; Savitsky, Lahtiharju and Blount & Fox for planing vessels, Holtrop and Compton for fast displacement hulls, Fung and Series 60 for ships, van Oortmerssen for full form hulls and Delft systematic yacht series for sailing yachts.

Operating System(s):
  • Windows
License: Commercial

Maxsurf VPP

Resistance and Power Prediction

Maxsurf VPP utility provides sailing performance analysis for yachts in a variety of sailing conditions and produces performance polar curves to show predicted speeds.

Operating System(s):
  • Windows
License: Commercial

NavCad

Resistance and Power Prediction

NavCad is for the prediction and analysis of vessel speed and power performance. It also provides for the selection of suitable propulsion system components; engines, gears and propellers. NavCad can be used for the design and analysis of virtually any type of monohull or catamaran; from large displacement vessels to fast planing craft.

Operating System(s):
  • Windows
License: Commercial Visit Website

Pias

Hull Transformation | Hydrostatics and Stability | Resistance and Power Prediction

PIAS, which is an acronym for Program for the Integral Approach of Shipdesign, is an integrated computer program for ship design. It comprises modules for the design of hull and internal geometry, and for the computation and assessment of intact stability, damage stability, longitudinal strength, resistance and propulsion.

Operating System(s):
  • Windows
License: Commercial Visit Website

Power Prediction Program

Resistance and Power Prediction

The Power Prediction Program calculates the powering requirements of vessels covering a large range of hull forms from merchant ships to planing vessels, using a variety of analytical and regression methods.

Operating System(s):
  • Windows
License: Commercial Visit Website

WinDesign

Resistance and Power Prediction

WinDesign6 VPP represents a complete revision of this industry standard software and is available as two seperate but complimentary modules Monohull yacht type and Multihull yacht type.

Operating System(s):
  • Windows
License: Commercial Visit Website

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