Advanced Combustion Training Course

Description

Advanced Combustion Training Course

Welcome to our Advanced Combustion Training Course, a comprehensive package intended to teach you all you need to know about advanced combustion modeling using ANSYS Fluent. This course discusses combustion ideas, partly premixed combustion, non-adiabatic combustion, chemical equilibrium, composition PDF transfer, and wet combustion employing DPM combusting particles.

This course will teach you the essential ideas of combustion, such as the many forms of combustion and the governing equations. You will also learn about the ANSYS Fluent interface and the fundamental tasks in configuring a combustion simulation.

You will examine partly premixed combustion, non-adiabatic combustion, chemical equilibrium, composition PDF transfer, and wet combustion employing DPM combusting particles as you go through the course. You’ll learn how to simulate non-adiabatic processes and how to represent them. You’ll also learn how to build and run a wet combustion simulation using DPM combusting particles and evaluate the results.

By completing this course, you will have a thorough grasp of advanced combustion modeling using ANSYS Fluent and the knowledge and abilities required to flourish in this sector. This course is ideal for anybody wishing to improve their engineering abilities and progress in their profession, whether you’re a novice or an expert. Enroll today to take the first step toward becoming an expert in advanced combustion modeling!

Lesson 1

In this lesson, you will first see a general introduction to combustion and an overview of available simulation techniques and models in ANSYS Fluent. This section contains the following subsections:

• Introduction and overview of the combustion
• Introduction to different combustion applications
• Overview of different related physics to combustion
• Physics of combustion

o   Premixed combustion

o   Non-premixed combustion

o   Partially premixed combustion

• Summary of different fast and finite rate chemistry models implemented in ANSYS Fluent

Lesson 2

In this lesson, we will talk about partially-premixed combustion. We model the combustion process inside a combustion chamber with integrated inlet boundaries for fuel and air by assuming chemical equilibrium among chemical reactants and products. This section contains the following subsections:

• Chemical equilibrium model
• Non-adiabatic combustion
• Creating a PDF table for combustion
• Using Simmons flame speed model
• Analyzing the data

Lesson 3

The last lesson will discuss partial differential function (PDF) transport model combustion composition. We will first model the combustion process inside the chamber using what we learned from the previous chapter to obtain an initial solution for the PDF transport model.

In the second part, we will show you how to decrease the computation time by considering a few assumptions. Finally, we will put the considered assumption aside and fully employ the PDF transport model to obtain a final and accurate solution. This section contains the following subsections:

• Partially premixed+equilibirium model as an initial solution
• ISAT table
• Chemistry agglomoration
• Pure composition PDF transport model
• Analyzing the data

Lesson 4

This lesson will discuss Wet Combustion Using the DPM Combusting Particle model. To replicate the burning of anthracite volatile, this technique uses combusting particles to create a simulated combustion chamber. We aim to follow fuel particles as they devolatilize or oxidize, releasing gases like carbon dioxide and water vapor. This section contains the following subsections:

• Species Transport Model
• Volumetric combustion
• DPM combusting particle
• Wet particles