Graduation Projects

Experimental design for floating power buoy for green hydrogen (2^nd 2021-2022)

Project Outlines:

1. Create floating buoy model.
2. Apply the Egyptian coasts conditions on the floating buoy model.
3. Study the floating buoy performance using the Wave tank laboratory.
4. Green hydrogen powered by floating power buoy.
5. Drew the efficiency curve for the proposed system with different conditions.

Hybrid Power Plants for River Nile Floating Hotels (2^nd 2021-2022)

Project Outlines:

1. Introduction and problem description 
2. Literature survey and analysis of existing propulsion power plants.
3. Technical, economic and environmental aspects of marine power plants onboard inland navigation vessels. 
4. Concept, performance, and advantages of hybrid propulsion systems 
5. Case study and application of proposed hybrid propulsion system onboard River Nile floating hotels 
6. Evaluation and assessment of proposed hybrid propulsion system onboard the ed case study River Nile floating hotels.
7. Conclusions and Recommendations

Energy-Efficient Ship Operation through the Ship Speed Prediction (1^st 2021-2022)

Project Outlines:

1. Accurately describe and identify marine market needs in energy efficiency and emissions control in parallel with end users&rsquo requirements.
2. System design, modeling and experimental in wave tank.
3. Using machine learning to build the optimal speed of the vessel based on the analysis of data from the vessel, weather conditions and currents allows us to reduce the fuel consumption due to the route.
4. Code is ready for implementation on the ship and how it will run.
5. Performance assessment and evaluation.
6. Offer a holistic framework for energy efficiency and emissions control in maritime through the implementation and validation of new tools and the integration with the existing ones, for optimizing the efficiency of daily operations (e.g. via weather routing optimization, trim optimization, real-time optimal navigational adjustment, vessel&rsquos performance under voyage scenarios and ship settings and real-time detection of complex events.

Study of a flow characteristics in a pipeline network system (1^st 2021-2022)

Project Outlines:

1. Introduction.
2. Study the state of the flow characteristics.
3. Overview about the literature studies.
4. Configuration of the delivery pipeline network system.
5. Experimental setup of the network system.
6. Study the Pressure distribution inside main pipe.
7. Study the Basic Flow Characteristic in main pipe.
8. Study the Discharge flow rate from the outlets sections,
9. Results & Discussion: (Analysis of the Carious Conditions).
10. Conclusion.

Ocean thermal energy application technologies for Autonomous Underwater Vehicle (2^nd 2020-2021)

Project Outlines:

1. Introduction and background. 
2. Mathematical formulations and calculation. 
3. Potential of ocean thermal energy for Egyptian Seas.
4. Experimental Setup of PCM- AUV System. 
5. Numerical study and analysis.
6. Analysis and discussion of results. 
7. Conclusions and future work.