Discrete Phase Model (DPM) Training Course
Original price was: $780.00.$349.00Current price is: $349.00. Student Discount
Chapter 1: (DPM Concepts): An overview of Discrete Phase Model fundamentals
Chapter 2: Discrete Phase Model module in ANSYS Fluent software and investigate sub-models
Chapter 3: (Training Example 1): Spraying Considering Breakup & Evaporation
Chapter 4: (Training Example 2): Wet Combustion using DPM combusting particles
Chapter 5: (Training Example 3): Erosion in an obstruction channel
Chapter 6: (Training Example 4): ICU Ventilation Design Improvement
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Description
Discrete Phase Model (DPM) Training Course
The discrete Phase Model (DPM) will teach you how to simulate problems which has a dispersed phase. You`ll get acquainted with all the required steps in order to use the DPM module in ANSYS Fluent.
First of all, we have an overview of the DPM fundamentals and the required assumptions that need to be taken in order to simplify the problems. Next, all the related options related to the DPM module in ANSYS Fluent software are explained in detail in a separate chapter. Finally, we have several practical training examples.
Training Course Syllabus
This course is divided into 4 main chapters. You strongly recommend that you do not skip any of the sections even if you feel you know the content because there all lots of practical points within the explanations, especially in chapter 4 during the simulation processes.
Chapter 1: (DPM Concepts)
In this chapter, we will have a general introduction to the discrete phase model (DPM) and an overview of its application, limitations, pros & cons, and prerequisites. This section contains the following subsections:
- Introduction and overview of the Discrete Phase Model (DPM)
- Introduction to Lagrangian Framework Reference
- Overview of DPM application in industries and real-world examples
- DPM pros & cons, including:
– Advantages over other models
– Limitations
– Introduction to Dense Discrete Phase Model (DDPM) application
- Particle Life Cycle
- Introduction to Governing & Trajectories Equations
- Particle Fate
- Introduction to Grid-independence study of a DPM case
Chapter 2: Exploring the ANSYS Fluent
In the 2nd chapter, we get into the software and explain almost every Discrete Phase Model panel section. It has been tried to investigate various available models. This chapter summarizes the following subjects:
- Discrete Phase Model Dialog Box: Interaction, Particle Treatment
- Tracking parameters
- Physical Models: Particle Radiation Interaction, Thermophoretic force, Saffman Lift force, Virtual mass force, Pressure gradient force, Erosion/Accretion, Pressure-dependent boiling, Temperature dependant latent heat, Two-way turbulence coupling, DEM collision, Stochastic collision, Coalescence, Breakup,
- Injection Dialog Box
- Injection Type: Single, Group, Surface, Cone
- Injection Particle Type: Massless, Inert, Droplet, Combusting, Multi-component
- Diameter Distribution: Linear, Uniform, Rosin-rammler, Rosin-rammler logarythmic
- Drag laws: Spherical, Non-spherical, Stokes-cunningham, High-Mach-number, Dynamic drag
- Breakup Models: TAB, Wave
- Turbulent Dispersion: Stochastic tracking, Cloud tracking
- Parcel
- DPM Boundary Condition: Reflect, Trap, Escape, Wall-jet, Wall-film
Chapter 3: Spraying (Considering Evaporation & Breakup)
In this project, we aim to simulate the water spraying from a nozzle considering the breakup of droplets and evaporation using the Discrete Phase Model (DPM) and Species Transport model. It can be claimed that this simulation is the most accurate spraying procedure modeling, which considers all details.
Stochastic collision & coalescence, and droplet breakup are considered by using the Taylor analogy breakup model (TAB).In the spraying process, the droplets are distorted and their shape doesn’t remain spherical. On the other hand, the drag coefficient strongly depends on droplet shape. Thus, dynamic-drag drag law and Discrete Random Walk Model are used. Furthermore, the floor has a Wall-film DPM boundary condition leading to film formation instead of terminating trajectory calculations.
Chapter 4: Wet Combustion (Using Combusting Particle)
In this project, the wet combustion of anthracite volatile in a combustion chamber using combusting particles is simulated. We aim to track fuel particles from the beginning of devolatilization, oxidizing and producing carbon dioxide & water vapor.
Species transport and discrete phase model (DPM) have been used to simulate anthracite particles. The combusting particle type is hired with a 2% liquid fraction. The initial temperature of particles is 325K with nonspherical shape and rosin-rammler diameter distribution.
Chapter 5: Erosion in a channel (Inert Sand Particles)
n this project, the impure water flows in an obstruction channel using ANSYS Fluent software. The aim of the study is to determine the obstacle effect on water pathlines and how it can cause damage to the channel over time. As a result, the Discrete Phase Model (DPM) module is used to simulate sand particles and erosion/accretion.
Chapter 6: Respiratory Disease (Sub-micron particles)
In this project, we set the target to design an ICU considering thermal comfort conditions including PMV & PPD. Also, It is important to prevent the transmission of infectious diseases. In the project, one patient called patient #1 is suffering from a respiratory disease which puts an infection scenario in more attention.
Call On WhatsApp
Will Hane –
This course seems very detailed and comprehensive. Will any specific case studies be provided for real-industry applications?
MR CFD Support –
Yes, the Discrete Phase Model (DPM) Training Course includes several practical training examples and real-world applications laid out in a structured syllabus for an in-depth understanding of the industry-relevant utilization of the DPM module in ANSYS Fluent.
Dr. Melvin Wisoky II –
I found the structs in the DPM Training Course extensive and beneficial. Everything from basics to more intricate details like drag laws and breakup models were well-explained. Could you describe the prerequisites for this course a bit more?
MR CFD Support –
Certainly! The prerequisites for the Discrete Phase Model (DPM) Training Course mainly include a fundamental understanding of fluid dynamics and computational fluid dynamics (CFD) concepts. Basic knowledge of ANSYS Fluent software is also required to efficiently follow the course material, as the course is largely practical and involves hands-on experience with the software to set up and solve DPM simulations. Familiarity with the concepts of Lagrangian particle tracking and the related physical phenomena that particles encounter in a flow field is an advantage. Understanding of discrete phase-particle interactions, particle properties, and typical behaviors within various CFD applications will also contribute to a more comprehensive learning experience.
Cedrick Crooks –
The course content looks in-depth. Does it also include any assignments or practical exercises for enhancing hands-on experience?
MR CFD Support –
The course does come with practical training examples in Chapter 4 (Wet Combustion) and Chapter 5 (Erosion in a channel), providing hands-on experience. For Chapter 3 (Spraying), a simulation demonstrates evaporation and breakup, serving as an illustration of the concepts taught. They function as a form of assignment allowing the application of the theory to real-world scenarios.
Prof. Leta Cormier III –
I appreciated the extensive coverage of DPM in various industries. Is there a specific chapter that dives deeper into examples from the pharmaceutical or medical fields?
MR CFD Support –
Unfortunately, this training course doesn’t contain a dedicated chapter focusing solely on pharmaceutical or medical applications. However, the concepts learned here can be extended to different fields, including medical particle simulations, due to the fundamental nature of the topics covered.
Alessandro Flatley –
I just completed the DPM Training Course, and I must say, I’m thoroughly impressed with the depth and clarity of the content covered! You’ve laid out a well-structured journey from fundamental principles to advanced applications both systematically and engagingly.
MR CFD Support –
Thank you so much for your positive review! We’re thrilled to hear that you found the Discrete Phase Model Training Course comprehensive and engaging. Our goal is to deliver high-quality training that is both informative and practical. It’s very encouraging to receive feedback that affirms we’re on the right track. We continuously strive to support and add value to your learning experience. Should you have any further inquiries about CFD simulations or advanced modules, please don’t hesitate to reach out.
Margaret Lindgren –
The training course chapters are really comprehensive! Can you advise if the training also includes support or consultation sessions if I have trouble during the learning process?
MR CFD Support –
Thank you for your kind words about our training course. Yes, we do offer support and consultation sessions to address any difficulties you face during your learning process. Our team is always ready to provide the guidance you need to ensure you can effectively apply the concepts taught in the course.
Enoch Bogan –
The training was extremely informative. The balance between theory and practice made it easier to understand DPM functionality.
MR CFD Support –
Thank you for your positive review. We’re delighted to hear that you found the Discrete Phase Model course both informative and practical. We always strive to deliver comprehensive training that enhances our users’ understanding and skills.
Thora DuBuque –
I thoroughly enjoyed the comprehensive curriculum of the DPM training course, especially the practical examples provided for each topic. Each chapter built upon my knowledge and confidence in utilizing ANSYS Fluent for multiphase flow simulations effectively!
MR CFD Support –
Thank you for your positive feedback on the Discrete Phase Model training course! We’re thrilled to hear that the curriculum and practical examples met your expectations and assisted in enhancing your skills. Your success is our main goal, and we wish you all the best in your future simulations using ANSYS Fluent.
Mrs. Lera Tillman Jr. –
I’ve recently purchased the DPM Training Course and completed the lessons. I’m really impressed with how it was structured and the depth of the material covered. The practical examples provided were particularly helpful, bringing a clear understanding of how DPM works within ANSYS Fluent. Thanks to your course, I’m now much more confident in handling simulations with a dispersed phase.
MR CFD Support –
Thank you so much for your positive feedback! We’re thrilled to hear that the course structure and practical examples met your expectations and that they have enhanced your confidence in using the Discrete Phase Model in ANSYS Fluent. If you have any further questions or need additional support with your simulations, please don’t hesitate to reach out. We are always ready to help our learners achieve their simulation goals.