In an Air heater, the inlet air temperature is -20 ℃ and the required outlet temperature is 40 ℃. Find out the heat to be generated by the Heater to obtain the hot air at the outlet.
What you will learn from this tutorial?
- Use of Offset option.
- How to set Extrude symmetry in both directions about a plane in ANSYS
.
- Fill option to fill a non-axisymmetric geometry by fill by cavity option In ANSYS.
- How to know the volume of any geometry in ANSYS.
- How to know the no of elements and nodes in each body in ANSYS
- How to setup Boundary conditions for the air heater model in ANSYS.
- How to setup Adiabatic Boundary condition in ANSYS
- How to know the volumetric heat generation rate of the heater in ANSYS
.
- Source Term Modeling in ANSYS Fluent In ANSYS
.
This tutorial is divided into 2 parts for simplicity.
This is the Part -2 of the tutorial containing the Geometry Creation and Meshing Procedure.
For Geometry and Meshing Please visit the First part.
Here is the link Part 1: https://youtu.be/Kw_fVE6-8hE
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ANSYS Fluent Tutorial | CFD Analysis of an Air Heater |Low Reynolds Number flow
In an Air heater, the inlet air temperature is -20 ℃ and the required outlet temperature is 40 ℃. Find out the heat to be generated by the Heater to obtain the hot air at the outlet.
What you will learn from this tutorial?
- Use of Offset option.
- How to set Extrude symmetry in both directions about a plane?
- Fill option to fill a non-axisymmetric geometry by fill by cavity option.
- How to know the volume of any geometry in ANSYS.
- How to know the no of elements and nodes in each body.
- How to setup Boundary conditions for the air heater model.
- How to know the volumetric heat generation rate of the heater.
- Source Term Modeling in ANSYS Fluent.
This tutorial is divided into 2 parts for simplicity.
This is the Part -1 of the tutorial containing the Geometry Creation and Meshing Procedure.
For solver setup and post Processing Please visit the Second part.
You can connect with us on Facebook, Telegram, Instagram, Linked In & Blogger. Please like, share and comment. Subscribe to our channel if have not subscribed yet.
