Pipe Flow Simulation
You will calculate the velocity based on the Reynolds number. Internal flow simulation will be carried out with varying Reynolds number and you will understand the effect of the fully developed flow.
The steps involved in this project are,
- Create a simple pipe model and make it as a watertight geometry to carry out the internal simulation.
- The parametric study will be carried out with varying Reynolds number and a line probe is plotted to analyze the fluid flow.
- Velocity profiles will be normalized using the line probe.
Flow over a Cylinder
You will set up a transient simulation by calculating the total analysis time and the output time. The steps involved are,
- The simulation will be carried out for varying Reynolds numbers from the laminar to the turbulent region.
- Based on the velocity and pressure plot, an animation will be designed.
Flow over an Airfoil
NACA airfoil data will be imported along with this a solid geometry will be constructed. The external simulation will be carried out at varying angles of attack to find the lift and the drag forces.
The steps involved in these projects are,
- Analyze the air-flow over a NACA 0017 airfoil
- Compare the lift and drag force for varying angle of attacks
- Plot the velocity and the pressure plot.
Flow-through a flow bench
A simple IC engine flow bench geometry will be designed with an inlet valve. The position of the valve is opened parametrically and flow analysis will be performed.
The following steps are involved in this project,
- A parametric study will be carried out to determine the best grid size.
- The position of the valve is changed using dimensional constraints in the parametric study.
- The effect of the valve lift over the mass flow rate is analyzed.
Flow-through a centrifugal pump
Simple Centrifugal geometry is designed to perform the internal flow simulation using the following steps,
- MRF approach is used for the centrifugal pump analysis.
- The pressure ratio between the inlet and outlet is plotted.
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