Australian Maritime College (AMC Search)
1 week or 1 month access
The Wave Wake Predictor is an advanced online tool for maritime professionals and researchers to estimate vessel-generated wave characteristics and assess their environmental impact. Ideal for naval architects, port planners, and maritime engineers involved in vessel design and waterway management.
Users should have knowledge of maritime operations, naval architecture, or hydrodynamics. Basic understanding of vessel characteristics (speed, hull shape, water depth) is beneficial. Access requires registration and payment; new users may experience 2-4 business days processing time for account activation. A computer with internet access and a web browser is required.
The course provides access to the Wave Wake Predictor tool, which covers: (1) Empirical wave prediction methodology based on 15,000 wave cuts from physical scale model experiments; (2) Three key wave definitions (Wave A - leading diverging wave with longest period; Wave B - most significant following wave; Wave C - highest wave in short-period divergent group); (3) Vessel wave characteristics across various conditions including sub-critical, trans-critical, and super-critical depth Froude numbers; (4) Wave height, period, and angle predictions; (5) Validation data from thirty different vessel types including catamarans, ferries, and recreational craft; (6) Applications in design and planning stages to avoid waterway issues.
The Australian Maritime College is a leading maritime research and training institution with over 30 years of continuous study in vessel wave wake generation and propagation. AMC's Wave Wake Predictor is backed by rigorous scientific research, including extensive physical scale model experiments and full-scale validation trials. The tool represents the most comprehensive empirical prediction method available, developed by recognized experts in hydrodynamics and maritime engineering, ensuring reliability and accuracy for professional maritime planning and design applications.
This tool access enables professionals in naval architecture, maritime engineering, port operations, and waterway management to make informed decisions about vessel design and operations. Users can assess environmental impacts of vessel-generated waves on shorelines and maritime structures, optimize vessel operations in sheltered waterways, support port development planning, and contribute to sustainable maritime practices. Career opportunities include roles in port authorities, maritime consultancy, naval design firms, environmental assessment organizations, and government maritime agencies.
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