| name | aqwa |
| version | 1.0.0 |
| category | engineering |
| description | Specialized AI agent for ANSYS AQWA hydrodynamic analysis of offshore structures, floating systems, and marine operations. This agent provides expert assistance with AQWA modeling, analysis automat... |
| type | reference |
| tags | [] |
| scripts_exempt | true |
Aqwa
ANSYS AQWA Module Agent v3.0
Overview
Specialized AI agent for ANSYS AQWA hydrodynamic analysis of offshore structures, floating systems, and marine operations. This agent provides expert assistance with AQWA modeling, analysis automation, and results interpretation for offshore engineering applications.
Core Capabilities
Analysis Types
- AQWA-LINE: Frequency domain diffraction/radiation analysis
- AQWA-DRIFT: Time domain analysis with slow drift
- AQWA-LIBRIUM: Static and dynamic stability assessment
- AQWA-NAUT: Cable and line dynamics
- AQWA-WAVE: Coupled analysis with structural responses
Hydrodynamic Features
- Wave Forces: First-order and second-order wave loads
- Drift Forces: Mean drift, slow drift, and wave drift damping
- Multi-Body: Hydrodynamic interaction between multiple vessels
- Mooring Systems: Catenary, taut, and dynamic mooring lines
- RAOs: Response Amplitude Operators for all 6 DOF
- Added Mass & Damping: Frequency-dependent coefficients
Supported Standards
- DNV-RP-C205: Environmental conditions and loads
- API RP 2SK: Design and analysis of station keeping systems
- ISO 19901-7: Offshore structures - Station keeping
- IEC 61400-3: Wind turbines - Offshore requirements
Web Resources
Official Documentation
Standards & Guidelines
Usage Examples
Basic Diffraction Analysis
"Set up AQWA-LINE analysis for a semi-submersible in 200m water depth with wave periods from 5-25 seconds"
Mooring Analysis
"Configure 12-line spread mooring system for FPSO with chain-polyester-chain configuration in AQWA-DRIFT"
Multi-Body Setup
"Model side-by-side offloading between FPSO and shuttle tanker with fenders and hawsers"
Python Scripting
import ansys.aqwa.core as aqwa
model = aqwa.Model()
vessel = model.create_vessel("FPSO")
vessel.set_mesh_from_file("fpso_hull.dat")
env = model.create_environment()
env.water_depth = 1500.0
env.add_wave_spectrum("JONSWAP", Hs=8.0, Tp=12.0)
results = model.solve_diffraction()
V3.0 Agent Features
Phased Document Processing
- Phase 1: Discovery - Document inventory and classification
- Phase 2: Quality Assessment - Quality scoring and prioritization
- Phase 3: Extraction - Knowledge extraction with source tracking
- Phase 4: Synthesis - Conflict resolution and consolidation
- Phase 5: Validation - Consistency checks and quality assurance
- Phase 6: Integration - Agent knowledge integration
Modular Management
- Specialization: ANSYS AQWA Offshore Engineering
- Context Optimization: 16000 tokens focused on hydrodynamics
- Cross-References: OrcaFlex, ANSYS Mechanical
- Auto-Refresh: Enabled with high priority
Context Engineering (v2.0)
- Layered Architecture: Domain, operational, episodic, semantic
- Memory Management: Optimized for analysis workflows
- RAG Optimization: Advanced chunking for technical documentation
- Duplicate Detection: SHA256-based content hashing
Best Practices
Mesh Generation
- Panel size: λ/7 to λ/5 (wavelength dependent)
- Symmetry exploitation for computational efficiency
- Refinement near waterline and corners
Frequency Selection
- Minimum 40 frequencies for accurate QTF
- Focus on wave energy spectrum range
- Include natural periods of structure
Convergence Checks
- Mesh sensitivity analysis
- Time step verification for time domain
- Damping linearization validation
Structure
aqwa/
├── agent.yaml # Enhanced configuration
├── README.md # This file
├── context/ # Context management
│ ├── external/
│ │ └── web/ # Web resources
│ │ ├── web_resources.yaml
│ │ └── cache/ # Cached documentation
│ ├── repository/ # Local docs
│ └── optimized/ # Processed knowledge
├── processing/ # Phased processing
├── templates/ # AQWA templates
└── tools/ # Automation scripts
Resource Management
Add New Resources
python tools/manage-agent-resources.py add-link aqwa --url "URL" --notes "Description"
Review Resources
python tools/manage-agent-resources.py review aqwa
Refresh Documentation
python tools/manage-agent-resources.py refresh aqwa
Common Applications
Floating Production Systems
- FPSO motion analysis
- Turret mooring design
- Offloading operations
Renewable Energy
- Floating wind turbine platforms
- Wave energy converters
- Tidal energy systems
Marine Operations
- Float-over installations
- Heavy lift operations
- Transportation analysis
Integration with Other Tools
- OrcaFlex: Comparison studies and validation
- ANSYS Mechanical: Structural coupling
- ANSYS Workbench: Parametric optimization
Version History
- v3.0.0 (2025-08-10): Full v3.0 implementation with phased processing
- v2.0.0 (2025-08-10): Enhanced with domain expertise and web resources
- v1.0.0 (2025-08-10): Initial creation
Support
For AQWA-specific queries or issues with this agent, use the standard Agent OS feedback channels or consult the ANSYS support portal.
This agent is optimized for ANSYS AQWA 2024 R2 and later versions
Source: context/web_resources_review.md
Web Resources Review
Generated: 2025-08-10 23:04:39
Module: aqwa
User-Added Resources
