Aperçu des sections

• Contact form
  

  Contact form

  University Center: Abd El-Hafid Boussouf, Mila
  Institut: Science and Technology
  Department: Process Engineering
  

  Target audience: 2nd year Bachelor's degree
  Specialization: Process Engineering
  Course Title: Fundamentals of Transfer Phenomena
  Credit: 01
  Coefficient: 01
  Duration: 15 weeks
  Schedule: Wednesday: 08:00 - 09:30
  Classroom: 11
  

  Instructor: Dr. Mohamed BOUTI
  Contact: bouti.m@centre-univ-mila@dz.
  Availability:
  

         - In the office: Tuesday and Wednesday from 11:00 AM to 12:00 PM.
         - Response on the forum: Any question related to the course should be posted on the dedicated forum so that all of you can benefit from my answer. I commit to responding to questions posted within 24 hours.
         - By email: I commit to responding by email within 24 hours of receiving the message, except in unforeseen circumstances. I would like to emphasize that the preferred communication channel is the forum, and email should only be used for "emergencies" (in case of platform access issues) and should be used judiciously.

  • Annonces Forum
  • Course Mind Map Fichier
• Teaching objectives
  

  Teaching objectives

  
  

  By the end of the course, the student will be able to:
  

  • Identify heat transfer, mass transfer, and momentum phenomena ;
  • Describe transport phenomena at the macroscopic and the molecular level ;
  • Recognize the similarities between the three transport phenomena ;
  • Analyze problems involving transfer phenomena ;
  • Give the basic laws describing heat, mass, and momentum transfer processes.
    
• Pre-requisites
  

  Pre-requisites

  

  To be able to make the most of this course, it is necessary to know of:

         - Basic concepts of thermodynamics;

         - Basic concepts of chemical kinetics;

         - First and second-order differential equations.
• Test of pre-requisites
  

  Test of pre-requisites

  • Test of pre-requisites
  •        In case of failure, a redirection towards the assistance resources to obtain the passing grade of the prerequisite test.
    

    
    

    
    

  • Differential Equation I.pdf Fichier
• Global plan
  

  Global plan

       The course is divided into four learning chapters. Each learning chapter is covered by a planned learning sequence that allows for the absorption of concepts. This assimilation is reinforced by learning activities that implement these concepts. This is one of the strengths of this course.

       You can also obtain a detailed course plan by accessing the online course and clicking "Detailed Plan."

  • Detailed Plan Page
• A videoconference for direct interventions
  

  A videoconference for direct interventions

  • Direct discussion room Chat
• CHAPTER 1 : Introduction to Transport Modes
  

  CHAPTER 1 : Introduction to Transport Modes

  
  

  Intermidiate objectives :

  At the end of this course, the student will be able to :

  • Describe the fundamental principles of transport phenomena ;
  • Identify the primary modes of transfer phenomena ;
  • Illustrate the initial calculations of heat transfer.

  
  

  • Chapter 1 General Forum
  • Chapter 1 Introduction to transfer modes Fichier
  • Chapter 1 Introduction to transfer modes Fichier
  • Chapter 1 Introduction to transfer modes Paquetage IMS Content
  • What is Transport Phenomena ? URL
  • Chapter 1 Assessment Test
  • Chapter 1 Chat Space
• CHAPTER 2 : Heat Transfer
  

  CHAPTER 2 : Heat Transfer

  Intermediate Objectives :

  At the end of this course, the student will be able to:

  • Define the conduction rate equation ;
  • Illustrate the thermal properties of matter ;
  • Develop the general heat equation.

  
  
  

  • Chapter 2 General Forum
  • Chapter 2 Heat transfer Fichier
  • Chapter 2 Heat transfer Fichier
  • Chapter 2 Heat transfer Paquetage IMS Content
  • Energy Transfer Transport Analogy URL
  • Chapter 2 Assessment Test
  • Chapter 2 Chat Space
• CHAPTER 3 : Mass Transfer
  

  CHAPTER 3 : Mass Transfer

  
  
  

  Intermediate objectives :

  At the end of this course, the student will be able to:

  • Define the molecular diffusion concept ;
  • Illustrate mass transfer by convection ;
  • Develop the Fick's law.

  
  

  • Chapter 3 General Forum
  • Chapter 3 Mass Transfer Fichier
  • Mass Transfer Transport Analogy URL
  • Chapter 3 Assessment Test
  • Chapter 3 Chat Space
• CHAPTER 4 : Momentum Transfer
  

  CHAPTER 4 : Momentum Transfer

  

  Intermediate objectives :

  At the end of this course, the student will be able to:

  • Explain the fluid properties ;
  • Illustrate the general conservation equation.

  
  

  • Chapter 4 General Forum
  • Chapter 4 Momentum Transfer Fichier
  • Momentum Transfer Transport Analogy URL
  • Chapter 4 Assessment Test
  • Chapter 4 Chat Space
• Course Final Exam
  

  Course Final Exam

  
  

  • Course Final Exam NTP Fichier
• Bibliography
  

  Bibliography

  
  

  1) R. B. Bird, W.E. Stewart, E.N. Lightfoot, D.J. Klingenberg. Introductory Transport Phenomena, John Wiley and Sons, Inc. (2014)

  2) Y. A. Cengel. Heat transfer - a practical approach, 2nd Ed. (1997)
  3) A. F. Mills. Basic heat and mass transfer, 2nd Ed. University of California at Los Angeles. (1999)
  4) J. R. Welty, C. E. Wicks, R. E. Wilson, G. L. Rorrer. Fundamentals of momentum, heat, and mass transfer, 5th Ed. John Wiley and Sons, Inc. (2016)

  
  

  
  

  
  
• Evaluation Grid for Tutors
  

  Evaluation Grid for Tutors

  Thank you for using the evaluation grid below to assess this course.

  • Evaluation Grid Fichier