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PropElements 2023

Updated August 10, 2026 151 MB
PropElements 2023
268.92 

This item is not available for purchase yet.

About this item

Descriptions

PropElements product of HydroComp provides an optimizing design stage between parametric specification and full 3D design for manufacture. It builds on the system specification of necessary propeller characteristics (such as those from NavCad) to the design or evaluate a propeller in greater detail to meet the ship mission objectives. Many large, merchant ships utilize custom propellers and more smaller ships, yachts, and workboats also appreciate the benefits of a custom propeller. Naval architects now have a new set of technical challenges to ensure acceptable performance and compliance with design requirements. To fully take advantage of the benefits that custom or semi-custom propellers make available – or to evaluate them in service – naval architects must look to a different kind of propeller calculation. Extensive validation studies for PropElements confirm it is unmatched in calculation fidelity and workflow efficiency. HydroComp’s PropElements brings a specialist tool to a broader engineering community. PropElements is designed not only for propeller specialists and manufacturers, but for naval architects and vehicle designers as well.

Features of PropElements

  • Wake-adapted calculation tool for analysis or design
  • Support for open or ducted, hub- or rim-driven propellers
  • Proprietary features and calibration for quantitative accuracy
  • Design of optimum radial distributions
  • Analysis of thrust and power performance
  • Review of cavitation and other criteria
  • Blade strength using beam theory
  • Creation and export of KT-KQ curves
  • Export for CAD/CAM/CFD/FEA
  • Professional reports and plots

System Requirements

Windows 7 / 8.1 / 10 / 11

PicturePropElements screenshot

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Size

151 MB

What is included

  • Wake-adapted calculation tool for analysis or design
  • Support for open or ducted, hub- or rim-driven propellers
  • Proprietary features and calibration for quantitative accuracy
  • Design of optimum radial distributions
  • Analysis of thrust and power performance
  • Review of cavitation and other criteria
  • Blade strength using beam theory
  • Creation and export of KT-KQ curves
  • Export for CAD/CAM/CFD/FEA
  • Professional reports and plots

Requirements

  • Windows 7 / 8.1 / 10 / 11