Creating C++ Interfaces for Fluid Dynamics Simulation

This project is to demonstrate how to create Geometry using C++.

Important:

This code is developed purely with self-interest and intended to show how to create simple geometries for simple fluid simulations. It is NOT recommended to re-use of any part of the code without author's knowledge and author is not responsible for any bug(s).

Pre-requistite(s):

1. Computational Fluid Dynamics (Advanced Mechanical Engineering)
2. Linear Algebra, ODEs and PDEs, Numerical Integration
3. C++ Applicative programming (OOPS Concepts)
4. Data structure and Algorithms

Tools Required

1. Visual Studio For C++ (For Code Creation, Edition, and to Compile and Build)
2. GitHub Extension for Visual Studio (For Source Code Management (SCM))
3. Paraview for visualization

Technology Used:

1. C++
2. Microsoft - Component Object Modeling (COM)
3. CFD Discretization

To Build:

1. Start Microsoft Visual Studio and select File > Open > CreatingInterfaceGitHub.

2. Go to the directory named for the Geometry, and double-click the Geometry.sln file.

3. Press F5 or use Build > Build Solution to build the solution.

   The executable will be built in the default \bin or \bin\Debug directory.

Initial State:

A rectangular domain (or a tank) of size 3 x 2 meters containing a total of 300 x 200 particles. Particles are initially distinct into two different regimes representing water (on the left-bottom) with density 1000 kg/m^3 and air (on the remaining space) with 1/1000 th of density of water respectively.

Reference(s)

1. For C++, VS, COM: https://docs.microsoft.com/en-in/
2. NPTEL - IIT Lectures

Author(s)

Yogeshwaran