Dr. Alaa Sakr
Physical and mathematical hydraulic modeling of grand barrages on River Nile and major hydraulic water works on irrigation canals.
Physical and mathematical hydraulic modeling of grand barrages on River Nile and major hydraulic water works on irrigation canals.
On 1975 Hydraulics Research Institute was established to take over and extend the work of the Hydraulics Research Experimental Station, founded in 1947. Hydraulics Research Institute (HRI) is one of twelve research institutes within the National Water Research Center (NWRC) of The Ministry of Water Resources and Irrigation (MWRI) of Egyptian government.
HRI constructed in critical region of River Nile of Egypt at west bank of Damietta Branch of the Nile River. Since HRI established and still work with its main goal which is the largest specialized Institute in the region in water related research and river hydraulics studies. There is a strong link between the applied research activities of the institute and the needs of the National Water Research Centre and the Ministry of Water Resources and Irrigation development plans. In addition, the Institute carries out studies for other ministries, governmental and non-governmental bodies and consulting firms. Also, technical training and international cooperation in river engineering subjects have been helpful to build institutional capacity.
HRI is one of the oldest hydraulic institutes in the Middle East and Africa. The high reputation which was built within the region and at the International Level led HRI to become a focal point for researchers from all around the region and for technology transfer to the neighboring countries. HRI acquired this reputation from long practice, experience and excellent performance in solving real life problems.
To be a pioneering center of excellence in hydraulic and water-related research, recognized locally, regionally, and internationally for advancing innovative solutions to complex water challenges. We aim to empower communities and decision-makers by providing science-driven insights, fostering sustainable water management, and enhancing resilience to environmental changes through state-of-the-art research, capacity building, and international collaboration.