Speaker: Dr. Essam Mohamed Brief Bio: Over a 9 ‐year career, Essam has been working on energy systems and solar energy harvesting projects such as solar chimney power plant, parabolic through, and PV/Thermal systems. Essam is a co-PI for two projects related to energy efficiency and building-integrated photovoltaic systems. Furthermore, Essam participated in many activities for the development of higher education and attained many different training and workshops for leadership and developing and renovating higher education Current occupational - Postdoctoral Research Associate, Research Institute of Sciences and Engineering (RISE), University Sharjah (UoS), Sharjah, United Arab Emirates.
- Assistant professor (on leave), Faculty of Energy Engineering, Aswan University, Aswan, Egypt.
March. 2020 – August. 2021 - Adjunct professor, Arab Academy for Science, Technology and Maritime Transport
- Technical manager, Support, and Development of Educational Effectiveness (SDEE) Project, Aswan university.
- Vice-director, Solar cell laboratory (Developing, and accreditation), Aswan university.
Feb. 2017 – Feb. 2020 § Assistant Lecturer, Aswan University. Sept. 2013 – Feb. 2015§ Teaching Assistant, Aswan University. EducationB.Sc. of Mechanical Engineering. (July 2013) B.Sc. Faculty of energy engineering, Aswan University, Aswan, Egypt. M.Sc. of Chemical and petrochemicals engineering. (Feb.2017) Egypt-Japan university of science and technology, Alexandria, Egypt. Ph.D. in Chemical and petrochemicals engineering. (Feb. 2020) Egypt-Japan university of science and technology, Alexandria, Egypt.
ABSTRACT Engineering simulation is very important as it allows engineers to evaluate, optimize, and compare product designs by modeling real-world trials in a computer-generated environment. Simulation software can build a sophisticated model for any engineering problem which is governed by one or more equations. By exploring the models constructed, any needed observation can be done and how the model and system interact, thus predicting performance, flaws, stresses, and product lifespan. Furthermore, simulation practices are less expensive than real-life experimentation and trials as the simulation tools allow testing of any theories and avoid costly mistakes in experimental work. Ansys software is one of the most famous and powerful commercial software. ANSYS includes many engineering software packages that cover most of the engineering disciplines. One can say that Ansys modules span the entire range of physics, providing access to virtually any field of engineering simulation. In this training firstly, a brief overview of widely used simulation software tools generally. Secondly, a brief show of the potentials of the ANSYS workbench specifically. Finally, a demo model will be built to give a general demonstration, and an introduction to Ansys DesignModeler, ANSYS meshing tools, and Fluent.
Expected Learning
1. Learn more about the commercial and open-source simulation tools. 2. Learn how to conduct the per analysis before the modeling procedures. 3. Learn to create geometry with Ansys DesignModeler. 4. Learn how to create a Mesh using ANSYS meshing tools and techniques. 5. Learn how to set up and solve fluid flow problems using ANSYS Fluent. 6. Learn how to get the results and data from ANSYS Fluent.
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