In this tutorial, there is a counter-flow heat exchange between two fluids, one is air and another is water, the air is flowing through a splined pipe, its outer wall temperature is more than the inside air. There is a convection heat transfer from heated…

In this tutorial, we had analyzed the critical thickness of insulation concept from heat transfer. The analysis was carried out with a solid steel cylinder, there is an insulation layer around this cylinder. Our objective is to find out the critical radius…

There is a heat source, generating heat at a constant rate of 40000 W/m^3. The air is flowing over this heat source, due to which there is a convective heat transfer between the heat source and the air. The rise in temperature of air has been analyzed as…

In this tutorial, it has been shown, how easily and with less time you can do the grid independence test using the parametric analysis method. A simple cylindrical fluid domain has been taken in this Tutorial, for simplicity and easy understanding.

What…

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In the current tutorial, there is a fluid flow in a pipe, the pipe cross-section is uniform up to a certain extent and then it gets decreased by half, and due to decrease in cross-section, there is flow constriction. Due to this, there are variations in velocity…

Consider a convergent-divergent Nozzle in which Ideal Gas is flowing. At the inlet, the Stagnation Pressure is atmospheric pressure, at the exit the pressure is lower than the inlet. At the throat section of the nozzle, the velocity increases and pressure…

This is the second part of the tutorial,
Consider a convergent-divergent Nozzle in which ideal gas is flowing . At inlet the Stagnation Pressure is atmospheric pressure , at exit the pressure is lower than the inlet . At the throat section of nozzle the velocity…

It is a pipe with fins on its outer surface. There is convection and radiation from the fins. Inside the pipe, the hot fluid enters & at the outlet, there is a change in temperature of the fluid due to the heat transfer from the pipe outer surface. The change…

There is no option in ANSYS Design Modeller to create a spiral geometry. We had received many requests from our subscribers regarding these difficulties they are facing, keep this in mind we had created this tutorial. In this tutorial, you would be able to…

In the Current tutorial, The Nano Fluid is flowing inside a compact pipe. The Al2O3 and water Nanofluid has been taken as the working fluid, there is a constant heat flux on the pipe wall. With variation in Volume Fraction of AL2O3, the change in outlet Temperature…

In this tutorial it will be demonstrated, how you can put transient boundary conditions in tabular form with the help of ANSYS Fluent TUI (Text User Interface).

What will you learn from this tutorial?
- Creation of geometry with the help of primitive option.…

There is a 90-degree bend pipe. The pipe outlet velocity variation at different bend radius has been shown. Water has been taken as the working fluid in this analysis.


What You Will Learn from this tutorial?
- Application of new plane creation using point…

CFD Analysis of a Double Pipe Helically Coiled Heat Exchanger has been carried out in this tutorial.

From this tutorial you would be able to learn:
1) How to create a Double Pipe Heat Exchanger geometry in ANSYS
2) Meshing
3) Fluent Solver Setup
4) CFD…

In this tutorial, it has been shown how you could know the type of meshed cells and their position in the Meshed Body. The geometry has been created in ANSYS design Modeler, and the tutorial is also available now on our channel page, hope you would like it.…

In a Composite Cylinder, the inner layer is Aluminum at a temperature of 473K, there is convection from the outer layer. We need to find out the heat loss from the Composite cylinder and compare the CFD Result with the Theoretical result and obtain the error.…

In this tutorial, the Steady-state Heat transfer analysis has been carried out using both ANSYS Fluent. It is a motor Hub Geometry, with Heat generation on the surface attached to the shaft, there is convection Heat loss from the hub surface, the effective…

It is a motor Hub Geometry, with Heat generation on the surface attached to the shaft, there is convection Heat loss from the hub surface, the effective temperature and the corresponding thermal expansion is to be calculated In this analysis.

What will you…