Research Project
Wings Aeroelastic Experimental Analysis Using Piezoelectric Materials
The study of aeroelasticity is very important for any spacecraft vehicles such as aircrafts, missiles, and helicopter rotary plates which are moved in the air, there are two phenomena discussed as follows “Divergence” and “Flutter”. In the present work, we concentrate on the analytical and experimental analysis of wing flutter using wind tunnel testing in addition to flutter suppression using
Research Project
Advanced Meta Material with Different Poisson’s Ratio
Objective/Contributions: Finite element analysis using Ansys or MATLAB with different Meta Material structures. Apply additive manufacturing techniques to produce the newly designed material. Apply manufactured material in real-life applications like Robotic arm materials.
Research Project
Developing and Validating an Integrated Precision Agriculture Platform Using IoT/LPWAN Technologies
Objective: The main objective of this project is to access and overcome existing challenges in implementing and developing smart farming, along with challenges raised in integration with both IoT devices and wireless sensor networks. Although many research works have been recently carried out and published in many works of literature to solve these challenges, most of these challenges still
Research Project
Free Space Optical Communication with A Quantum Light
In this project, we developed a high-speed free-space optical communications link using CV-QKD, based on integrated photonics for use in platforms (Stationary FSO, UAVs satellite and HAP). The project demonstrated secure key exchange and high-speed communications in a package that could successfully fly on a drone over a 10+m distance.
Research Project
Application of Bioplastic Composites in Wastewater Treatment
Objective/Contributions: Due to rapid urbanization, a huge amount of industrial waste has been discharged into the Aqua systems without any conventional treatment causing serious contamination problems affecting not only the environment but also human health. Industrial discharges include pharmaceutical waste, heavy metals, dyes, and toxic pollutants waste that are not efficiently removed by
Research Project
Mechanical, Physical Testing and Optimization of Bioplastic Membranes from Agricultural and Food Waste
Objective/Contributions: The effects of plastic pollution on land and marine plastic are magnified by the lack of adequate waste management systems and non-biodegradable plastics pose significant risks to human health and the environment. The proposed project will be based on a comparative study between oxo-degradable, and biodegradable composites. The study will include mechanical testing
Research Project
High Efficiency Solar Cells Using Wide Bandgap Organic Materials
Objective/Contributions: Egypt faces a major problem in providing adequate amounts of energy from oil and natural gas. These two non-renewable sources of energy contribute to 95% of the total energy resources needed for generating electricity. Although Egypt has a reserve in these primary sources, there is a shortage in demand due to fast utilization and the increased cost of extraction. According
Research Project
Parabolic Trough Collector for Home Applications
One of the challenges results from climate change is the shortage in electricity networks. The crises result from the climate change along with the repercussions of Covid-19 make it important to rely more on clean energy sources such as Parabolic Trough Collectors (PTCs- are parabolic shape reflectors that reflects the sun energy into a central tube in the focal point), Solar (Photovoltaic) cells
Research Project
An Optimization Model for Green Supply Chain Management Using Powersim Simulation Software
Objective/Contributions: The term sustainable or green supply chain refers to the idea of integrating sustainable environmental processes into the traditional supply chain. This can include processes such as supplier selection and purchasing material, product design, product manufacturing, and assembling, distribution, and end-of-life management. Instead of mitigating the harmful impact of
Research Project
Introducing Strain Rate as a Manufacturing Parameter
Objective/Contributions: To improve the strength of the 7xxx Aluminum alloys for automotive applications. To provide a fundamental understanding of the strengthening mechanisms of Aluminum alloys and to understand Precipitates-dislocation interaction after the deformation process under different strain rates. To bridge the gap between fundamental research and industrial applications. Outcome