Try Before You Buy
NVSolve Cloud Preview
Experience the power of NVSolve without any installation or setup. Our cloud-based preview environment gives you instant access to both HydSolve and AcuSolve modules with remote computation capabilities.
No installation required - run in your browser
Access to pre-configured example projects
Test core functionality with sample data
Access to remote high-performance computing resources for complex simulations
Free access with registration. No credit card required.
Preview interface screenshot
Core Modules
Integrated solvers for comprehensive marine engineering analysis, from hydrodynamics to acoustics.
- Seakeeping Analysis
- Resistance Prediction
- Maneuvering Simulation
- Wave Load Computation
- Noise Signature Prediction
- Source Distribution Modeling
- Directivity Analysis
- Propagation Computation
GPU-Accelerated Parallel Computing
Leverage modern graphics processing units to accelerate simulations. Support for CUDA and OpenCL enables efficient processing of complex boundary element matrices and acoustic calculations.
Technical Foundation
Advanced Computational Methods
NVSolve implements state-of-the-art numerical techniques validated against experimental data and industry benchmarks.
Response Amplitude Operators (RAO) Analysis
HydSolve computes Response Amplitude Operators across the operational frequency spectrum. The boundary element formulation captures wave-making resistance and local hydrodynamic effects for practical engineering analysis.
- Frequency-domain analysis from 0.1 to 10 rad/s
- All six degrees of freedom (surge, sway, heave, roll, pitch, yaw)
- Correlation with experimental data for validation
- Automatic mesh refinement for optimal convergence
Fig 1: Computed RAOs showing excellent agreement with experimental data
Acoustic Signature Prediction & Analysis
Fig 2a: 2D acoustic directivity with multiple sources and distance decay
Fig 2b: 3D directivity surface showing spatial radiation pattern
AcuSolve provides comprehensive acoustic signature analysis for underwater vehicles, combining structural vibration modeling with acoustic radiation prediction. The platform enables stealth optimization through detailed understanding of noise sources and propagation paths.
Multiple Source Modeling
Models distributed acoustic sources including machinery, propulsion, and flow-induced noise with realistic amplitude and phase relationships between sources.
Directivity Analysis
Computes 2D and 3D acoustic directivity patterns with proper distance decay (spherical spreading) and frequency-dependent beam patterns for realistic signature prediction.
Environmental Effects
Accounts for shallow water effects, free surface reflections, and sound speed profiles to provide realistic acoustic predictions for operational environments.
High-Performance Computing Capabilities
NVSolve implements GPU-accelerated parallel computing algorithms to enhance performance for computationally intensive simulations. The solvers utilize modern graphics processing units to accelerate matrix operations and iterative calculations.
- GPU-accelerated BEM solver with CUDA and OpenCL support
- Parallel matrix assembly and solution algorithms
- Memory-efficient data structures for large problems
- Multi-GPU support for enhanced computational throughput
Fig 3: GPU scaling efficiency demonstrating near-linear performance gains
Industry Applications
Proven Solutions Across Marine Industries
NVSolve serves diverse sectors with specialized engineering solutions, from commercial shipping to cutting-edge defense applications.
Naval Architecture
Complete vessel design and analysis from concept to delivery. Optimize hull forms, predict seakeeping performance, and validate structural integrity for commercial and military vessels.
Commercial and military vessels
Offshore Engineering
Design and analysis of floating production systems, drilling platforms, and renewable energy structures. Comprehensive environmental load analysis and fatigue assessment.
Production and drilling platforms
Defense & Security
Acoustic signature optimization for naval vessels and submarines. Stealth technology development, sonar performance prediction, and underwater vehicle design.
Naval and submarine applications
Marine Renewable Energy
Floating wind turbine analysis, wave energy converter optimization, and tidal energy system design. Environmental impact assessment and grid integration studies.
Offshore energy systems
Research & Development
Advanced simulation capabilities for academic institutions and research organizations. Novel concept validation, experimental correlation, and technology development.
Academic and industrial research
Aquaculture Systems
Design and analysis of fish farming structures, floating cages, and aquaculture platforms. Environmental load analysis and mooring system optimization.
Marine farming structures
Success Story
Leading shipyard improves design efficiency using NVSolve
From lengthy cycles to faster development
Accurate seakeeping simulations
Lower expenses through efficient design and testing
About NVSolve
Engineering Excellence Through Innovation
NVSolve represents the culmination of decades of research and development in computational marine engineering. Developed by Turnavi, our software suite addresses the most challenging problems in marine hydrodynamics and underwater acoustics.
Our team combines deep expertise in naval architecture, ocean engineering, and computational mathematics to deliver solutions that meet the rigorous demands of modern marine engineering. From concept design to operational optimization, NVSolve provides the analytical foundation for informed engineering decisions.
Trusted by leading shipyards, defense contractors, and research institutions worldwide, NVSolve has contributed to the successful design and analysis of hundreds of marine structures, from luxury yachts to nuclear submarines, from offshore wind platforms to advanced research vessels.
Technical Leadership
- Advanced boundary element methods with higher-order elements
- Proprietary irregular frequency suppression techniques
- Fourier-Kochin theory implementation for hydroelasticity
- Coupled vibroacoustic analysis capabilities
Global Impact
Continuous Innovation
As part of the Turnavi engineering ecosystem, NVSolve benefits from ongoing research collaborations with leading universities and industry partners. Our commitment to innovation ensures that our users always have access to the latest advances in computational marine engineering.
Contact Us
Get in Touch
Interested in NVSolve? Contact us for more information, demos, or technical support.
Contact Information
info@turnavi.com
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