Feb 2021 – Sept 2021
Performed a simulation-based study using the finite volume method to explore the flow characteristics
and shock wave boundary layer interaction in a sern.
Investigated flow properties, as well as surface properties, under the influence of Flap length and Nozzle
Pressure Ratio (NPR).
Software Used: FLUENT within the ANSYS software framework, SOLIDWORKS, Tecplot360
Developed a parametrical study on a compact and economic heat exchanger, especially for industrial
appliances.
Software Used: HTRI, 3EPLus, SOLIDWORKS, ANSYS
A gloves designed with a special mechanism of alarming signal for both outdoor and indoor
transportation which was also remotely controlled.
Performed sequential study to identify the electrical equipment and materials that were most
appropriate, and affordable while withstanding the applied disturbance.
Software Used: AutoCAD, Arduino IDE, Proteus
Developed a parametrical study on heat transfer rate depending on the different Reynolds number (Re), Grashof number (Gr), and Richardson number (Ri)
and obtained a PID controller combination for temperature control.
Performed sequential study to identify the best combination of PID controller while withstanding the applied disturbance.
Software Used: COMSOL, Tecplot 360