Problem-Solving Techniques
Develop advanced skills to tackle complex marine engineering challenges.
Case Study: Offshore Platform Vibration
Analysis and Mitigation
Learn how to analyze and mitigate vibration issues in offshore platforms using a combination of software tools and analytical techniques.
- Problem definition and data collection
- Numerical modeling using NVSolve and ANSYS
- Interpretation of results
- Development of mitigation strategies
Case Study: Ship Hull Optimization
Performance and Efficiency
Explore techniques for optimizing ship hull designs to improve performance and efficiency.
- Hydrodynamic analysis using ANSYS AQWA
- Integration with NVSolve for advanced simulations
- Parametric design optimization
- Performance evaluation and trade-off analysis
Workshop: Underwater Noise Reduction
Innovative Solutions
Participate in a workshop focused on developing innovative solutions for underwater noise reduction in marine vessels.
- Acoustic modeling using AcuSol
- Exploration of noise reduction techniques
- Collaborative problem-solving sessions
- Presentation and evaluation of solutions
Advanced Topic: Coupled Analysis
Integrating Multiple Disciplines
Learn advanced techniques for performing coupled analysis in marine engineering problems.
- Fluid-structure interaction analysis
- Thermal-structural coupling
- Multiphysics simulation strategies
- Best practices for complex, coupled simulations