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Illustrates how to set up nonlinear Froude-Krylov loading in ProteusDS Simulation Toolbox. Uses a Custom Mesh for nonlinear Froude-Krylov and highlights how to turn off incident loading in the wave radiation and diffraction hydrodynamic database to avoid double-counting this source of wave excitation. Download ProteusDS and get free access as a Community User: proteusds.com/downloads/ Tutorial ...

Showcases the workflow of set up of a spread mooring system for a barge. The Taut Mooring Assistant is used to configure the lines and initial geometry, material properties imported from the Official Parts Library, pretension and line details are set in ProteusDS Simulation Toolbox. Mooring deflection in current and dynamic wave loads are resolved and post-processed using the legacy Report Tool...

Showcases how to evaluate the effect of hull trim using the Generic Fishing Vessel sample project. Highlights differences in pitch radiation added mass and vessel pitch and roll performance in a seaway. Download ProteusDS and get free access as a Community User: proteusds.com/downloads/ Tutorial recorded with ProteusDS 2.71

Learn about the free features available to Community Users of ProteusDS. Much of the functionality in Oceanographic Designer is freely available that helps in mooring design. But there are other features for setting up projects in ProteusDS Simulation Toolbox and reviewing results in PostPDS. Learn more here: proteusds.com/free-community-software/ Tutorial recorded with ProteusDS 2.70.1

Go through the steps to download and activate ProteusDS. Download and install the software. Find ProteusDS Subscription Manager in the Start Menu. Use this app to generate and submit your unique ID to DSA Ocean. In 1-2 business days we'll reply via email with your Activation Code. Start the process here: proteusds.com/downloads/

Showcases additional context and ideas surrounding the encounter frequency range. Highlights impact on computational effort and reality checks you can do for practical use of the software. Download ProteusDS and get free access as a Community User: proteusds.com/downloads/ Tutorial recorded with ProteusDS 2.70.1

Showcases how much wave radiation and diffraction computational speed is affected by reducing panels. Illustrates how to quickly make a variable mesh using Rhino3D for use in the ProteusDS ShipMo3D toolset. Download ProteusDS and get free access as a Community User: proteusds.com/downloads/ Read more on Rhino here: www.rhino3d.com/ Tutorial recorded with ProteusDS 2.69 and Rhino3D 8

Compare examples of good quality lid meshes and lesser quality meshes. See examples of how lids generated from different methods of different qualities affect the outcome of the wave radiation calculations as part of a seakeeping and maneuvering analysis. Download ProteusDS and get free access as a Community User: proteusds.com/downloads/ Tutorial recorded with ProteusDS 2.69

Showcases the differences in wave radiation hydrodynamics between a uniform mesh of the 80m length, 4000 tonne Generic Offshore Supply Vessel with and without thruster ducts. Download ProteusDS and get free access as a Community User: proteusds.com/downloads/ Tutorial recorded with ProteusDS 2.69

New ProteusDS features, capabilities, and information. Learn more here: proteusds.com/proteusds-update-april-2024/ Subscribe to our email newsletter to keep in touch on updates and news: proteusds.com/newsletter/

Learn how to quickly evaluate pop up buoy recovery lines in different operational current profiles. Download ProteusDS and get free access as a Community User: proteusds.com/downloads/ Links from the video: www.mooringsystems.com/popup-buoys.htm deepwaterbuoyancy.com/product/popup-buoy/ ashored.ca/ Tutorial recorded with ProteusDS 2.69

Showcases how to quickly make polar seakeeping plots using output from the ProteusDS ShipMo3D toolset. Show ship motion parameters from different forward speeds using the Excel radar chart format.

Take a closer look at what sea state realizations are and how they relate to a wave spectrum. Learn why they are important in mooring and seakeeping analysis of floating systems. See where how to adjust the realizations in ProteusDS.

Most often appendages are used to reduce roll motion. But you often need a trial and error approach in adjusting geometry or rudder or stabilizer parameters. This video showcases how to easily make alternative ship models and quickly evaluate changes in motion performance.

How to evaluate appendage influence on in roll performance

how to set up and calculate the effect of an anti-roll slosh tank on ship motions

How many panels or polygons are needed for good quality hydrodynamics analysis?

How to instantly visualize articulated body (ABA) joint connections

What makes a good quality hydrodynamic mesh?

What is mooring geometric compliance?

How the maximum design wave approach can simplify mooring analysis

What are some guidelines on configuring bilge keel models?

How to check and tune rudder autopilot performance

How to compute a detailed time-domain seakeeping analysis in an ocean wave spectrum

What's the difference between short- and long-crested waves in hydrodynamics?

How to reverse engineer and clean up hull data for hydrodynamics and seakeeping analysis

How to make quick reality checks on imported hull data

How to use existing radiation and diffraction data in rad/diff

What's so great about the JONSWAP ocean wave spectrum?