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Blog: How to Control Uncertainty in Buoy Drag Coefficient When Designing Oceanographic Moorings
This guest contribution on the Altair Blog is written by Ryan Nicoll, CTO of DSA, creators of ProteusDS. DSA is a member of the Altair Partner Alliance.
How to Control Uncertainty in Buoy Drag Coefficient When Designing Oceanographic Moorings
Blog article by Ryan Nicoll, CTO of DSA, creators of ProteusDS.
DSA Showcase Video
A brief introduction to DSA, their two products available through the APA, and how they are applied to the oceanographic engineering process.
How to Instantly Assess Oceanographic Mooring Designs
This webinar presents a different way of solving a static mooring line profile and the effects on calculation speed, mooring profile design, and limitations for dynamic analysis. This webinar will include a brief overview of our dynamic analysis software ProteusDS, the reasoning behind why we want to solve a static mooring profile quickly and a live demonstration of how to do this within the software.
DSA uses HyperWorks to Streamline its Marine Hydrodynamics Analysis with ProteusDS and ShipMo3D
APA Partner, DSA, uses Altair HyperMesh, AcuSolve, and Virtual Wind Tunnel to create high-quality hydrodynamic mesh and models for ship and marine structures.
Comprehensive ProteusDS tutorials on everything from creating a project to using the ballast tank feature.
Mooring and Load Analysis Services & Software for Naval Architecture
Dynamic Systems Analysis Ltd. works extensively with naval architecture firms to predict the motion of vessels and platforms. These seakeeping studies help to improve performance and validate design requirements.
ProteusDS for Tidal Energy
An overview of the software and services DSA provides for the Tidal Energy sector.
Why Choose ProteusDS?
ProteusDS benefits and customer testimonials
DSA for the Defense Industry
DSA provides its consulting services and software to defense research scientists, navies, and defense contractors. Our services within defense closely resemble those provided to other marine sectors, with a focus on technologies such as autonomous vehicles, submarines, and towed bodies and arrays.
Brochures, Customer Stories
How to Solve 8 Tough Ocean Engineering Problems with Dynamic Analysis
Many engineers think of dynamic analysis as being required for analyzing risers and moorings in the offshore industry. But dynamic analysis is used in many other marine sectors.
Using Dynamic Analysis to Assess Mooring Deployment, Recovery and Performance
This video outlines an analysis carried out by Dynamic Systems Analysis Ltd in partnership with DeepWater Buoyance to simulate the deployment, recovery and performance in current and waves of four buoys of various styles (spherical, ellipsoid, and streamlined) using their ProteusDS dynamic analysis software.
How to Accurately Assess Tug and Barge Operations Using ProteusDS, ShipMo3D, and HyperWorks
This webinar will show how accurate models of vessels and towlines can be built with ProteusDS and ShipMo3D. It will also discuss the development of a new thruster and controller model in ProteusDS. Lastly, this webinar will demonstrate exciting new spatially and temporally varying flow capabilities in ProteusDS.
Case Study: Analysis of the PLAT-O Taut-moored Platform
PLAT-O is designed as a taut-moored platform, which operates by balancing the buoyancy and drag forces on the system, using anchors and mooring lines. It is vital to understand the performance of the platform, i.e., how the system pitches, rolls, and yaws. The platform motion directly affects the loads on the mooring lines and anchors, which in turn affects the cost of the system.
Partner Spotlight: DSA
Dean Steinke, Director of Operations, discusses dynamic analysis software, ProteusDS, available through the Altair Partner Alliance.
Brochures, Product Collateral
Case Study: Ensuring Success of Marine Operations in Tidal Energy
Installation analysis of OpenHydro turbine using ProteusDS.
Case Study: Analysis of Elastic Moorings
Development of advanced Seaflex mooring system simulation capability in ProteusDS.
Introduction to ProteusDS and ShipMo3D by Dynamic Systems Analysis Ltd.
Dynamic Systems Analysis Ltd. (DSA) is an ocean engineering software and consultancy company. DSA makes it possible for ocean engineers, naval architects, oceanographers – or anybody with business in the water – to assess the motions and loads on vessels, structures, lines and technologies in marine environments.
Top Use Cases: ProteusDS
Presentation introducing a few of the top use cases for the dynamics analysis software, ProteusDS.
Short document explaining the features and applications of ProteusDS.