Marine Applications
Motion and Hydrodynamics, Hull Performance and Cavitation, Fluid-Structure Interaction (FSI) and Thermal Management, Noise, Vibration, and Harshness (NVH), HVAC and Cabin Comfort, Wire Harness Design…etc.
1. Motion and Hydrodynamics
- Motion simulation and analysis
- Hydrodynamic performance optimization
- Seakeeping and manoeuvrability analysis
- Propeller and thruster optimization
2. Hull Performance and Cavitation
- Hull design and optimization
- Resistance and powering analysis
- Cavitation and noise prediction and analysis
- Hull coatings and anti-fouling
3. Fluid-Structure Interaction (FSI) and Thermal Management
- Fluid flow simulation and analysis
- Heat transfer and thermal analysis
- FSI analysis for marine structures and components
- Cooling system design and optimization
4. Noise, Vibration, and Harshness (NVH):
- Acoustic analysis and noise prediction
- Structural vibration analysis and mitigation
- Interior noise reduction techniques
- Engine and propulsion noise analysis and control
5. HVAC and Cabin Comfort
- HVAC system design and optimization
- Cabin air quality and temperature control
- Comfort and convenience features design and integration
- Passenger comfort and ergonomics
6. Wire Harness Design
- Electrical system design and optimization
- Wire harness routing and packaging
- Connector and terminal design and selection
- Electrical system integration and testing
7. EMI/EMC
- Electromagnetic compatibility (EMC) analysis and testing
- Electromagnetic interference (EMI) analysis and mitigation
- Shielding design and optimization
- Circuit design and layout for EMI/EMC compliance
8. Propulsion and Performance
- Propulsion system design and optimization
- Performance analysis and optimization
- Fuel efficiency analysis and optimization
- Hybrid and electric propulsion system integration
