Combustion Training Course, ANSYS Fluent
Original price was: $1,300.00.$399.00Current price is: $399.00. Student Discount
The Combustion Training Course includes:
- Introduction to combustion and an overview of available CFD simulation techniques and models in ANSYS Fluent.
- Non-premixed combustion modeling using the Eddy Dissipation
- Premixed combustion modeling using the Eddy Dissipation
- Pollution formation
- Premixed combustion modeling using the Finite rate/No TCI
- Non-premixed combustion with separate inlet boundaries for fuel and air by assuming Chemical Equilibrium among chemical reactants and products
- Non-premixed combustion inside a combustion chamber with separate inlet boundaries for fuel and air by assuming a steady diffusion flamelet
- partially-premixed combustion
- partial differential function (PDF) transport model combustion
This training course contains 9 video lessons and a final exam for a project simulation to get a Combustion Certification.
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Description
Combustion Training Course Introduction
After passing this Combustion Training Course, you can claim yourself as a Combustion CFD Simulation expert.
Combustion is a high-temperature exothermic chemical reaction between a fuel and oxygen, usually producing gaseous products such as CO2 and water vapor. Combustion is usually accompanied by light, high temperature, and extreme energy release, which we conceive as flame.
Since the discovery of fire by the first human being, combustion and fire has been the most significant source of energy that he needs in life, with contemporary applications in boilers, burners, furnaces, and so on.
Therefore, one of the essential aspects of combustion is how much fuel and oxidant are needed in a boiler’s combustion chamber to release a certain amount of energy needed to operate an electric plant. In this regard, the most incredible tool to predict and calculate the needed amount of fuel and oxidant and predict the released energy is considered to be CFD.
ANSYS Fluent is a powerful tool that can come to help. The implemented models in this software can predict even the slightest fluctuations in temperature change due to a combustion process and heat release. Hence, CFD is considered a powerful tool for modeling combustion and designing different and efficient types of combustion chambers.
What do you learn in this Combustion Training Course?
In this training course, you will learn how to set up the needed settings for modeling the combustion process using the species transport model within any domain.
Different techniques and simulation models, including different turbulence-chemistry interactions such as Finite rate (No TCI), Eddy dissipation, and Eddy dissipation/Finite rate, are explained in detail, along with step-by-step instructions on how to simulate pollution formation such as NOx, SOx, and Soot in Fluent. You will first learn about each model’s basics and then learn tricks and tips on performing exact and accurate combustion simulations.
This course is presented in a way that is as practical as possible so that the graduates can work well with this software to generate high-fidelity combustion simulations after the end of the training course.
Syllabus
This course contains 10 video lessons and a final project as an exam to get the Combustion Certification.
This course is divided into nine main lessons and some sub-lessons. You strongly recommend that you do not skip any of the sections even if you feel you know the content.
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, you will learn about Non-premixed combustion modeling using the Eddy Dissipation approach by performing a simple project investigating combustion inside a combustion chamber. This section contains the following subsections:
- Overview of the needed setups and settings, including:
o Mixture material selection
o Importing Chemkin mechanism
o Volumetric combustion
o Chemistry-turbulence interaction
o Coal calculator
o Wall surface, particle surface, and electrochemical
o Chemistry solvers
o Inlet diffusion, thermal diffusion, …
o Select boundary species, reported residuals
o Thermodynamic database
- Extracting graphical contours
- Analyzing the data
Lesson 3
In this lesson, we will discuss Premixed combustion modeling using the Eddy Dissipation approach by performing a simple project investigating the combustion inside a combustion chamber. This section contains the following subsections:
- How to define stoichiometric mass fractions for fuel and air
- Extracting graphical contours
- Analyzing the data
Lesson 4
In this lesson, we will talk about Premixed combustion modeling using the Eddy Dissipation/Finite Rate approach and investigate Pollution Formation by performing a simple project by investigating the combustion inside a combustion chamber. This section contains the following subsections:
- Axisymmetric combustion chamber modeling
- NOx formation
o thermal NOx
o prompt NOx
- Soot formation
o one step
o two-step
- Decoupled detailed chemistry
- Reactor network
- Extracting graphical contours
- Analyzing the data
Lesson 5
In this lesson, we will discuss the Premixed Combustion modeling using the Finite rate/No TCI approach by performing a simple project investigating the combustion inside a boiler’s fire tube. This section contains the following subsections:
- Importing checking mechanism
- Relax to chemical equilibrium chemistry solver
- Selecting boundary species
- Extracting graphical contours
- Analyzing the data
Lesson 6
In this lesson, we will talk about Non-premixed Combustion. We model the combustion process inside a combustion chamber with separate inlet boundaries for fuel and air by assuming Chemical Equilibrium among chemical reactants and products. This section contains the following subsections:
- Chemical equilibrium state relation
- Adiabatic or non-adiabatic
- Fuel stream-rich flammability limit
- Creating a PDF table for combustion
- Analyzing the data
Lesson 7
In this lesson, we will talk about Non-premixed combustion. We model the combustion process inside a combustion chamber with separate inlet boundaries for fuel and air by assuming a steady diffusion flamelet submodel which assumes the turbulent flame to be composed of many laminar flame brushes. This section contains the following subsections:
- Steady-state diffusion flamelet model
- Creating flamelet through checking mechanism
- Creating a PDF table for combustion
- Analyzing the data
Lesson 8
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 9
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 10
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
Call On WhatsApp
Burdette Feest –
This course beautifully captured the complexity of combustion modeling in one well-structured program. Although it was packed with technical details, I found the lesson breakdown logical and appreciated the practical focus. The instructor’s passion also shone through, which made learning a sophisticated subject like CFD simulation less daunting and genuinely enjoyable.
MR CFD Support –
We are glad to hear you enjoyed the Combustion Training Course and found the structure and content ideal for your learning journey. Your feedback is invaluable, and we appreciate taking the time to share your experience. Thank you!
Kacey Hirthe –
I just finished the Combustion Training Course and I am blown away by the wealth of information. It was incredibly detailed and the step-by-step guidance through various combustion models in ANSYS Fluent was spectacular. The hands-on project and pollution formation simulations were particularly insightful. Thanks for this comprehensive and deeply informative course!
MR CFD Support –
We’re thrilled to hear that you found the Combustion Training Course comprehensive and informative. It’s our passion to provide detailed and practical knowledge to help our customers become experts in their fields. Thank you for choosing our course, and we greatly appreciate you taking the time to share your experience!
Carolanne Hilpert –
Fantastic course content! The clarity in each lesson made complex combustion models digestible. After completing the course, conducting combustion simulations feels so much more intuitive.
MR CFD Support –
Thank you so much for your kind words! We’re thrilled to hear that our Combustion Training Course has been so effective in enhancing your understanding of combustion simulations. We’re proud to contribute to your learning journey and thrilled to see you excel in this domain.
Jany Skiles DVM –
The course content looks really comprehensive! How suitable is this course for people who are not familiar with combustion theory beforehand?
MR CFD Support –
The course is designed to cater to both beginners and advanced users. It provides fundamental combustion theory and progresses towards more complex topics. Therefore, individuals new to combustion theory should be able to follow along and gain significant knowledge. An introductory section is also included to ease learners into the subject matter.
Syble Kertzmann –
The course outline is incredibly detailed! Loved the breakdown of each lesson, especially the emphasis on practical combustion scenarios and how they tie into setting up the configurations in ANSYS Fluent. Excited to put my knowledge to work in real-life cases!
MR CFD Support –
Your enthusiasm for the Combustion Training Course is infectious! We’re pleased to hear that the course met your expectations and equipped you with valuable skills. Practical application of knowledge is our ultimate goal. Keep fueling your passion for learning!
Dr. Vincent Larson I –
I’ve gained a substantial understanding and practical skills in combustion simulation thanks to this course. It provided a thorough insight into various combustion models and practical applications within ANSYS Fluent.
MR CFD Support –
We appreciate you taking the time to write us a review. It’s fantastic to hear that our Combustion Training Course has contributed to your knowledge and practical experience in combustion modeling. Your feedback is invaluable to us. Thank you for choosing our course!
Dora Gleason IV –
The Combustion Training Course seems very comprehensive. Will there be practical projects in each lesson to apply the theoretical concepts learned?
MR CFD Support –
Yes, each lesson in the Combustion Training Course includes practical projects that allow you to apply the theoretical concepts. Step-by-step instructions are provided to conduct simulations, and these projects are designed to enhance your understanding and help you become proficient in performing high-fidelity combustion simulations.
Enos Schowalter –
This course sounds comprehensive! Does the final project include practical simulation work to solidify learning, or is it purely theoretical?
MR CFD Support –
The final project in the Combustion Training Course includes a practical simulation component that allows you to apply the concepts and techniques learned throughout the course to ensure solid understanding and capability in performing combustion CFD simulations.
Berniece Altenwerth –
This training advanced my understanding of combustion CFD. The blend of theory and applied practice was exemplary. Thrilled at my skill growth!
MR CFD Support –
Thank you for the kind words! We’re glad to hear the course has helped you grow your skills in combustion CFD simulation. Keep up the great work, and let us know if there’s anything else we can help you with in the future. Yours in continuous learning, MR CFD.
Emil Volkman –
I’ve just completed the Combustion Training Course and I’m beyond impressed. The depth of the materials covered, from understanding different combustion models to the precise settings within ANSYS Fluent, has left me feeling confident in my ability to tackle complex combustion CFD simulations. The step-by-step guidance through various types of combustion like premixed, non-premixed and partially premixed combustion is top-notch. What I appreciate most are the lessons on pollution formation simulation, which are incredibly relevant to real-world scenarios. Thanks MR CFD for such a comprehensive course!
MR CFD Support –
Thank you for your kind words and detailed review of our Combustion Training Course. We’re thrilled to hear that the course has provided you with the knowledge and confidence to excel in combustion CFD simulations. Your feedback is greatly appreciated and motivates us to continue delivering high-quality training. If you ever have any further questions or need assistance in your CFD journey, don’t hesitate to reach out!
Prof. Eliezer Robel IV –
This course sounds in-depth and hands-on. How suitable is it for beginners with basic knowledge of CFD?
MR CFD Support –
The Combustion Training Course is designed to accommodate various skill levels, from beginners to experts. It begins with foundational concepts and progresses through more advanced topics, providing thorough guidance every step of the way. While some understanding of CFD principles is helpful, even those with just a basic knowledge can greatly benefit from this course and build up to a high level of expertise in combustion simulations using ANSYS Fluent.
Ashlee Treutel –
The Combustion Training Course content seems comprehensive. Is background knowledge in thermodynamics or chemical engineering necessary to get the most out of this course, or is it designed for beginners?
MR CFD Support –
This Combustion Training Course is structured to guide learners from the fundamentals to advanced topics, making it suitable for individuals with various levels of expertise. While having a background in thermodynamics or chemical engineering can be beneficial, it is not prerequisite as the course aims to provide the essential knowledge and practical skills needed for CFD simulations in ANSYS Fluent.