Course Syllabus

Fire 72: Fire Behavior and Combustion

Section 5445, Spring 2021 Online Class

Printable Version of the Syllabus link for download:  SYLLABUS Spring Online 2021A.doc

PDF Version for Chapter One:  Chapter1 PDF Fire Behavior and Combustion.pdf

Chapter One Audio of Lecture: Chapter one Audio 

Powerpoint of Chapter 1 that goes with the audio of the aforementioned presentation

CH01_FireMeasurementandtheSISystem.ppt

  

Chapter Three Powerpoint lecture Physical and Chemical Change Ch03_PhysicalandChemicalChange.ppt

Audio of Chapter 3.    <<<Use this to get the Audio for Chapter Three!!!

Audio For Chapter 4: Flow in Fluids Link  Chapter 4

Powerpoint for Chapter 4: CH04_FlowofFluids.ppt

Powerpoint For Chapter 5 Heat Transfer Link:  CH05_HeatTransfer.ppt

Audio For Chapter 5 Heat Transfer Link:   Audio Chapter 5

Powerpoint for Chapter 6 Material: Fire, Combustibility, and Flammability Link: Ch06_CombustionFireandFlammability.pptx

Audio for Chapter 6 Material: Fire, Combustibility, and Flammability Link: Audio Chapter 6 Fall

Audio Chapter 7 Fall 

Powerpoint link: : CH07_FireCharacteristicsGaseousCombustibles.pptx

Powerpoint and Audio for Chapter 8: Fire Characteristics of Liquid Combustibles:

CH08_FireCharacteristicsLiquidCombustibles-1.pptx

Audio of Chapter 8 

Audio for part 1 of Chapter 9 Fire Characteristics of Solid Combustibles link below: You will need to copy and paste the link below into a search engine such as google, for example.

https://drive.google.com/file/d/1tU--cUBJxPhDFPCxzWbquwYoQP-IXJ34/view?usp=sharing

Audio of Chapter 9 Part Two Fire Characteristics of Solid Combustibles  lecture: Part 2 Chapter 9.MP3

Summary of of the Lecture: Sumery of Chapter 9 

Chapter 10 Powerpoint: CH10_CombustionProducts-1.pptx

Chapter 10: Audio of Combustion Products: Chapter 10 

Powerpoint: Chapter 11: Smoke and Heat Hazards: CH11_SmokeandHealth Hazards.pptx

Audio of Chapter 11:  Chapter 11_ Smoke_Heat_Hazards.

Powerpoint Chapter 13: Fire Fighting Chemicals CH13_FireFightingChemicals.pptx

Audio Chapter 13: Chapter_13_firefighting_Chemicals.MP3

Powerpoint of Wild-land Fire Behavior:  LectureWild-land Fire.pptx

Audio of the Wild-land Fire Behavior Presentation: Wild-land Fire Behavior.MP3

Week Fourteen Lecture Explosive Fire.pptx  

Audio for Explosive Fire Behavior:  

Course Description:  

This course is structured to give the student, who is in the fire service or is striving to get into the fire service, the knowledge of the behavior of fire and the laws that govern said behavior. The class will be technical in nature, but degree of difficulty will be such that it will not be hard for those students who make an honest effort in the class. The class will involve a lot reading and studying. The information is going to be presented in a manner that relates to what will be encountered in the field of firefighting.

Important Points:
• Complete assignments on time to avoid losing points toward your final grade.

• Due to technical nature of the course, you must complete “reading assignments.” prior to the Online lecture. The Online lecture is to clear up concepts or points in need of further explanation.

• You need to study “the specific Online lecture notes and chapter” prior to the quiz. If you “study”, you will have a much better chance of passing the quizzes. Please Note! You will have certain time limit to take the given quiz (35 minutes) in time and the quiz will be on the website for 8 days!

For those of you taking this course, you will be embarking, on a course of study, which affords a great deal of freedom. However, this freedom requires a great deal of discipline and dedication to the course work. This is the type of class work, if you fall behind, you will have hard time to catch back up on your work. The DEADLINES are as with any other college level course of study, FIRM. You will know from the first day of class when all assignments are due. The form of notification will be the following: Web-site, syllabus and reminders from me via postings on the “Announcements ” on this website.

Student Learning Outcomes:

1. Define basic terms and concepts related to fire behavior and chemistry.
2. Identify states of matter and describe chemical processes associated with combustion.
3. Analyze physical conditions which determine states of matter and influence fire behavior.
4. Describe fire suppression agents and their properties.
5. Compare and contrast methods and techniques of fire suppression.

Objectives:

Upon completion of the course, students will be able to:

1. Summarize the impact of fire in the United States
2. Describe the activities conducted by fire research agencies
3. Identify the systems of measurement used in the scientific study of fire behavior
4. Describe the difference between matter and energy
5. Identify the three physical states of matter
6. Summarize the nomenclature used in the scientific study of fire behavior
7. Describe the chemistry of natural fire combustion
8. Summarize the laws of thermodynamics and heat transfer
9. Describe the three modes of combustion
10. Distinguish between the different types of ignition and the factors that influence them
11. Analyze the chemistry of flame spread as it relates to fire behavior
12. Define the concept of burn rate and the variables that effect its performance
13. Identify the common products of combustion and their hazards
14. Describe the development of fire in an enclosed environment and the influence of smoke movement and ventilation
15. Describe the most effective suppression methods on the various classes of fire
16. Identify the environmental factors that affect the start and spread of a wild-land fire
17. Define explosive fire behavior and distinguish between the different types of explosions

Topics and Scope:

1. Introduction To The Study Of Fire
2. History of fire
3. Natural causes of fire
4. Fire's impact on society
5. Fire research
6. Systems of measurement
7. Matter and Combustion
8. Matter
9. Properties
10. Chemical change
11. Conservation of mass and energy
12. Types of natural fires
13. Combustion in natural fires

III. Heat Transfer and the Three Theories of Fire

1. Thermodynamics
2. Heat Transfer
3. The theories of fire
4. Ignition
5. Piloted and auto ignition
6. Humidity chemical kinetics
7. Evaporation
8. Boiling point
9. Flammable limits
10. Flash point
11. Spontaneous combustion
12. Solid fuels ignition
13. Flame Spread
14. Smoldering and flaming combustion
15. Surface combustion
16. Flame and fire spread
17. Wind aided and opposed flow
18. Pyrolsis
19. Flame spread on solid surfaces
20. Flame spread on porous arrays
21. Flame spread on liquids
22. Typical spread rates
23. Standard test methods
24. Burn Rates
25. Mass loss rate
26. Mass burn rate
27. Mass burning flux
28. Burn rate variables
29. Heat of gasification
30. Energy release rates

VII. Combustion Products

1. Chemical composition
2. Burn process
3. Yields
4. Concentrations
5. Hazards

VIII. Compartment Fires

1. Stages of fire development
2. Compartment dynamics
3. Extinguishment Theory
4. Classes of fire
5. Methods of extinguishment
6. Wildland Fire Behavior
7. The fire triangle
8. Modes of heat transfer
9. Environmental factors
10. Fuel types and factors
11. Topography
12. Fire weather
13. Explosive Fire Behavior
14. Types of explosions
15. Cause of explosions
16. Explosion reaction
17. Strength of explosives

Representative Assignments:

1. Reading 10 to 18 pages per week
2. Research paper
3. Glossary assignment
4. Group research project and oral presentation
5. Oral presentation evaluations
6. 13 quizzes Primary 20 points each for a total of 260 points (not including the bonus quizzes)
7. Quizzes will be composed of 10 multiple choice/true false questions with ten points possible. The second part of the quiz will composed of 2 short answer/essay questions. The questions for the short answer will be taken from the challenging questions from the end of the presentations. These two questions will be worth a possible 10 points. The total of the two parts of the quiz will be worth a possible 20 points in total.

Class Meetings:

This an online course with optional face to face meeting if requested.

Instructor Contact:

Tzahal Ben Avraham
Email: tavraham@santarosa.edu

Phone: (415) 898-4640 Or Cell Phone (415) 302-7761

Office Hours: [By appointment]

I respond to emails within [24 ] hours or less. From sunset on Fridays through sunset on Saturdays, I do not do  any work or respond to emails or other communications. I observe the Jewish Sabbath (Shabbat) . So not to worry, I will respond after the Sabbath.

Students will use the Canvas course web site for assignment instructions, submitting assignments, viewing classmate's work, sharing resources, and viewing grades.

Text book:

Principles of Fire of Fire Behavior and Combustion Enhanced Fourth Edition

Richard G. Gann & Raymond Friedman

ISBN 978-1-284-13611-1

If you have the "original fourth edition", this book can be used for the class. The "Enhanced Fourth Edition" has additional digital resources provided by the publisher.

You can locate and order textbooks online via the SRJC Bookstore. Note that if you want to pick your books up in Petaluma, you need to order them from the Petaluma Bookstore website.

Important Dates:

Day Class Begins: January  20, 2021

Day Class Ends: May 21, 2021

Last Day to Add without instructor's approval: January 26, 2021

Last Day to Drop with refund: January 31, 2021

Last Day to Add with instructor's approval: February 7, 2021

Last Day to Drop without a 'W' symbol: February 7, 2021

Last Day to Opt. for Pass/No Pass: N/A

 

Dropping the Class:

If you decide to discontinue this course, it is your responsibility to officially drop it to avoid getting no refund (after 10% of course length), a W symbol (after 20%), or a grade (after 60%). Also, for several consecutive, unexplained absences, or not completing assignments the instructor may drop a student.

Class is for a letter grade only!

Instructor Announcements and Q&A Forum:

The instructor will post announcements on the “Instructor Announcements” page in Canvas throughout the semester. Canvas notifies students according to their preferred Notification Preferences as soon as the instructor creates an Announcement. A “Q&A Forum” is also on Canvas to ask for assistance of your classmates or of instructor.
Attendance:
Students who fail to attend the first class (face-to-face courses) or do not log-in to an online class after the second week maybe dropped from the class. It is strongly advised that if you need to miss more than one class/homework deadline in a row that you contact me to avoid being dropped from the class.

Late Policy:

All assignments are due {at midnight PST!} on the due date. A late submission will receive a 20% penalty. Submissions more than one week late are not accepted without prior arrangement. Late work will not be graded unless student sends instructor an email with URL for late work.
Exams& Quizzes:

There will be [online quizzes and written assignments to be completed. Please refer to the assignment section of the syllabus for full details and due dates!. The material for the quizzes comes from the textbook, class lectures and supplemental materials. If any exam is missed, a zero will be recorded as the score. It is your responsibility to take the online exams by the due date.

Grading Policy:

Visit the “Grades” in Canvas to keep track of your grades. I grade [once a week] and post grades and comments on the online Canvas grade book.

Grades will be assigned as follows: 605 points possible not including bonus points!

A 90% 540 points or more
B 80% to 89% 480 to 534 points
C 70% to 79% 420 to 474 points
D 60% 360 to 69%  to 414 points

The points will based on the following: 

Quizzes: (13 primary)	260 points or 40%
Definitions' Assignment:	115 points or 20%
Term Paper:	115 points or 20%
Final Project:	115 points or 20%
Total for the above:	605 points (Not including Bonus points)

Standards of Conduct:

Students who register in SRJC classes are required to abide by the SRJC Student Conduct Standards. Violation of the Standards is basis for referral to the Vice President of Student Services or dismissal from class or from the College. See the Student Code of Conduct page.

Collaborating on or copying of tests or homework in whole or in part will be considered an act of academic dishonesty and result in a grade of 0 for that test or assignment. I encourage students to share information and ideas, but not their work. See these links on

Plagiarism:

SRJC Writing Center Lessons on avoiding plagiarism
SRJC's statement on Academic Integrity

Special Needs:

Students with disabilities who believe they need accommodations in this class are encouraged to contact Disability Resources (707) 527-4278), as soon as possible to better ensure such accommodations are implemented in a timely fashion.
Schedule:

If any changes are made to the class schedule during the semester, I will update this Schedule and post an Instructor Announcement on Canvas.

Module	Dates	Module Topic for the week	Chapter in Text book
Week 1	Jan. 20-22, 2021	Syllabus / Orientation on Canvas (see links on Home Page)	Links on Home Page
Week 2	Jan. 22-29, 2021	Fire Measurement and the SI system of Measurement	One
Week 3	Feb. 01-05, 2021	Physical and Chemical Change	Three
Week 4	Feb. 08-12, 2021	Flow in Fluids	Four
Week 5	Feb. 22-26, 2021	Heat Transfer	Five
Week 6	Mar. 01-05, 2021	Combustion, Fire, and Flammability	Six
Week 7	Mar. 08-12, 2021	Fire Characteristics: Gaseous Combustibles	Seven
Week 8	Mar. 15-19, 2021	Fire Characteristics: Liquid Combustibles	Eight
Week 9	Mar. 22-26, 2021	Fire Characteristics: Solid Combustibles -Part one!	Nine
Week 10	Apr. 05-09, 2021	Fire Characteristics: Solid Combustibles -Part Two!	Nine
Week 11	Apr.12-16, 2021	Combustion Products	Ten
Week 12	Apr.19-23, 2021	Smoke and Heat Hazards	Eleven
Week  13	Apr. 26-30, 2021	Fire Fighting Chemicals	Thirteen
Week 14	May 03-07, 2021	Wild-land Fire Behavior	Online Presentation
Week 15	May  10-14, 2021	Explosive Fire Behavior	Online Presentation
Week 16	May  10-14, 2021	Work on Final Project	Refer to guidelines in the Modules' section
Week 17	May  17-21, 2021	Continue to work on Final Project	Refer to guidelines in the Modules' section
Finals	May 22-28, 2021	Complete Final Project	Must be completed by 11:59 pm Pacific Standard Time on May 28, 2021!!!

 PLEASE NOTE! The listing below is for assignments, such as, quizzes, written assignments, etc. To view content of the course, you must  use the "Modules" in the left hand column! The "left hand column" can be found near the top of this page!!!