In the last video, it has been shown how to analyze the Heat Transfer using Half Symmetry model Using ANSYS Fluent, in the current tutorial, it has been shown the same problem but in a different software program that is "ANSYS Steady-State Thermal". The…

In the last two videos, it has been shown how to analyze the Heat Transfer using the Half Symmetry model Using ANSYS Fluid Flow (FLUENT) & ANSYS Steady-State Thermal, in the current tutorial, it has been shown how to find the thermal expansion in the material.…

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…

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…

Problem Description
There is a Pipe with a single constricted outlet passage at one end and 5 small inlets at other ends. The Velocity and temperature are different in each inlet, Find the equivalent Velocity and temperature at the outlet.


What would…

Problem Description
There is a Pipe with a single constricted outlet passage at one end and 5 small inlets at other ends. The Velocity and temperature are different in each inlet, Find the equivalent Velocity and temperature at the outlet.

What would you…

A Steel Tube Body is Fixed at 3 points, Point load of 20 KN & 56 KN is Applied on the point A & B as shown in the figure we need to find out the structural deflection due to these loads.

What Will You Learn From This Tutorial?
- How to Create a 1D Geometry.…

Water is flowing in a cylindrical pipe, the desired outlet mass flow rate is 0.05 kg/s. You need to find out what would be the inlet velocity to get this mass flow rate at the outlet.

What Will you learn from this tutorial?
👉Use of Primitives To Create…

It is an analysis of a Counterflow Heat exchanger, to cool the engine oil for a large industrial gas turbine engine. The flow rate of cooling water through the outer annulus is 0.3 kg/s and the flow rate of engine oil through the inner tube is 0.01 kg/s.…

You need to design a Counterflow Heat exchanger to cool the engine oil for a large industrial gas turbine engine. The flow rate of cooling water through the outer annulus is 0.3 kg/s and the flow rate of engine oil through the inner tube is 0.01 kg/s. The…

It is an analysis of a Counterflow Heat exchanger to cool the engine oil for a large industrial gas turbine engine. The flow rate of cooling water through the outer annulus is 0.3 kg/s and the flow rate of engine oil through the inner tube is 0.01 kg/s.…

There is a circular pipe with varying cross-section along the length. Hot water is entering at one end , there is convection and radiation heat transfer from the pipe outer surface, you need to find out the decrease in water temperature & variation throughout…

There is a circular pipe with varying cross-section along the length. Hot water is entering at one end, there are convection and radiation heat transfer from the pipe outer surface, you need to find out the decrease in water temperature & variation throughout…

How to do a 2D Axisymmetric Analysis in ANSYS Fluent.
👉 How to create a Pipe Geometry for 2D Axisymmetric analysis.
👉 Application of Bias and Bias Factor in ANSYS Meshing.
👉 Solver setup in ANSYS Fluent.
👉 Axis Boundary Condition in 2D Axisymmetric Problem.…

In this tutorial, it has been shown how could you create a Geometry in ANSYS Using coordinate points. Two methods have been shown in one method there is manual input of coordinate points and in the second method, the points are imported using a coordinate…

Problem Description
There is a framed structure, fixed support at the bottom, The material of the structure is structural steel. The uniform distributed load applied to the structure, find the deformation of the structure.
It is a one-dimensional structural…

Analyze the Fluid Flow in a Double pipe conical helical tube. There is a flow of Water (T= 323K ) at a velocity of 3 m/s in the annular space between two copper tubes, there is convection heat transfer from both pipe. Find out the Temperature distribution…

Analyze the Fluid Flow in a Double pipe conical helical tube. There is a flow of Water (T= 323K ) at a velocity of 3 m/s in the annular space between two copper tubes, there is convection heat transfer from both pipe. Find out the Temperature distribution…

Description:
In this ANSYS Fluent tutorial, learn how to create an O-Grid mesh for improved mesh quality and accurate convective heat transfer coefficient calculations. We guide you through the step-by-step process of setting up an O-Grid mesh, refining the…