Projects

Projects

Pressure Drop for Two-phase and Phase Change Flow in a Circular Pipe using Homogeneous and Separated Flow Model

• Writing an in-house MatLab code by implementing all two-phase models to observe the total pressure drop at any point of the pipe for both Homogeneous and separated flow model.

• The code was also able to determine if the critical heat flux reached or not by using the Ohno and Katto model.

• Creating a Graphical User Interface (GUI) in MatLab to analyze and compare the results from different models.

Parametric Analysis of Flow over a Circular Pipe

• Modeling the flow domain in STAR-CCM+.

• Obtaining the velocity and pressure fields for different initial conditions and different pipe diameters to observe the similarities and dissimilarities for changing parameters.

Mechanical Behavior of a Solid TiN Nanostructure

• Creating the unit cell of solid TiN using four elliptical beam elements.

• Analyzing the cell under tension, compression, and buckling in Ansys (Static structural and Eigenvalue buckling).

• Validating the Ansys model with an existing model (Abaqus).

Heat Diffusion in a 2D Plate

• Writing an in-house MatLab code using the Finite Difference Method to observe heat diffusion in a 2-D plate with different boundary conditions (isothermal, adiabatic, insulated) and heat generation.

• Performing an Ansys simulation with the same condition to verify the MatLab results.

Molecular Dynamics Study on Phase Change of Solid Argon

• Developed a Lammps code for a non-equilibrium molecular dynamics simulation.

• Observed the melting and boiling characteristics of solid argon.

Industrial Correct Product Sorting Robot

• Creating a mechanical model (Robot) with plexiglass (for smooth and balanced operation) and three different motors (ensures three degrees of freedom) to carry the correct product (mass sensor) from the production line and place them in the desired position as well as to count them.

• Modeling the robot using SolidWorks.

A Fully Automated Intelligent Racing Track

• Constructing a racing track was for the brand promo game show for “Speed”, a famous energy drink from Akij Group.

• Modeling that racing track using SolidWorks. After manufacturing the different parts, we assembled them maintaining the structural stability of the racing track.

Study on Cooling Tower Performance

• Working on characteristic analysis of the performance of counterflow cooling tower manufactured by Artisan craft (BD) Ltd

• Creating geometry of a counter flow cooling tower using SolidWorks and then simulating using Ansys fluent and finally Proposing an experimental method.

• Introducing a theoretical method e-NTU to compare both experimental and numerical results. Could not finish the work

Thermal Management in Lithium-ion Batteries and High-Temperature Supercapacitor

• This study portraits developments in supercapacitor to withstand high temperature to make them efficient in High-temperature application.

• Studying different approaches of thermal management in Li-ion Batteries.