ANSYS Aqwa software addresses the vast majority of analysis requirements associated with hydrodynamic assessment of all types of offshore and marine structures. These include SPARs, FPSOs, Semi-submersibles, Tension leg platforms, Ships, Renewable energy devices, and Breakwaters.
Aqwa has been used extensively in the oil & gas, renewable and general engineering sectors to model installation and use of equipment in open water as well as in harbors or sheltered locations.
Advanced Multi-body Hydrodynamics and Motion Analysis Using Aqwa Software - Webinar
ANSYS Aqwa comprises two packages:
ANSYS Aqwa Diffraction provides an integrated facility for developing primary hydrodynamic parameters required to undertake complex motions and response analysis. Model creation can be performed through ANSYS DesignModeler software or via other ANSYS structural mechanics tools using a provided ANSYS APDL macro. Hydrodynamic analysis results, such as motions and pressures, can be transferred to ANSYS structural mechanics products, ANSYS ASAS or generically defined FE models for subsequent structural analysis.
ANSYS Aqwa Suite extends ANSYS Aqwa Diffraction to include analysis capabilities for global performance of moored and/or connected systems subject to random sea states. Simulations may be static or dynamic in frequency and/or time domain. More advanced requirements, such as dynamic position systems and energy dissipation, can be accomplished through a user-defined function.
- Stress Analysis Results Transfer
- Functional Interface to Microsoft Excel
- External Force Dynamic Link Libraries
- Coupled Cable Dynamics
- Powerful Modeling & Results Interrogation
- Multiple Body Articulations
- Hydrodynamic Interaction between Bodies
- Total Capability for All Hydrodynamic Applications
- Modeling Flexibility
- Integrated System
See how our customers are using our software:
AMOG has successfully integrated ANSYS software in their simulation driven design process and eliminated time-costly model preparation and data exchange protocols.View Case Study