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MARK I PRESENTATION STROBE 6

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Results - Videos. Discussion Analysis of Methods. Next Steps - What needs to be done ... black-and-white High Speed Video (HSV) images and analyzed for ... – PowerPoint PPT presentation

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Title: MARK I PRESENTATION STROBE 6


1
MARK I PRESENTATIONSTROBE 6
  • Payal Agrawal, Raja H R Bobbili, Mark
    Burroughs Rene De Santiago

2
Agenda
  • Introduction Why Fire Breathing?
  • Background Fire Breathing
  • Method Aerosol vs Spray Bottle
  • Part 1 Methodology
  • Part 2 Methodology
  • Results - Videos
  • Discussion Analysis of Methods
  • Next Steps - What needs to be done
  • Timeline for Final Project

3
Introduction
  • Why Fire Breathing
  • Making a non-human Fire Breather
  • Less human risk
  • Capturing the event
  • Analyzing the event

4
  • Introduction Why Fire Breathing?
  • Background Fire Breathing
  • Method Aerosol vs Spray Bottle
  • Part 1 Methodology
  • Part 2 Methodology
  • Results - Videos
  • Discussion Analysis of Methods
  • Next Steps What needs to be done
  • Timeline for Final Project

5
Background
  • Fire Breathing
  • What does Fire Breathing entail?
  • The Spray
  • Qualities of a good spray
  • The Liquid
  • Qualities of a safe liquid
  • The Torch
  • Other Factors
  • Wind

6
Background
  • Types of Results from Fire Breathing
  • Fire Ball
  • Spray quickly
  • Small amount of liquid
  • Flash Ball
  • Spray Quickly
  • Large amount of liquid
  • Tower/Pillar
  • Spray in a slow steady motion

7
Background
  • Spray Bottle - Our Final Apparatus
  • A pump to replicate a human mouth
  • Adjustable nozzle
  • Close nozzle
  • More open nozzle
  • Completely open nozzle

8
  • Introduction Why Fire Breathing?
  • Background Fire Breathing
  • Method Aerosol vs Spray Bottle
  • Part 1 Methodology
  • Part 2 Methodology
  • Results - Videos
  • Discussion Analysis of Methods
  • Next Steps What needs to be done
  • Timeline for Final Project

9
Method Week 1
  • Created an imitation of fire breathing using a
    lighter and a mist of flammable material from an
    aerosol can
  • WD-40
  • TAG Body Spray for Men
  • Took black-and-white High Speed Video (HSV)
    images and analyzed for quantitative images

10
Method Week 1
  • Week 1 Setup

11
Method Week 2
  • Week 2 Thursday, November 8, 2006
  • Planning on using a purchased atomizer
  • Created an imitation of fire breathing using a
    misting method closer to the function of the
    human mouth, a torch flame, and isopropyl alcohol
  • Took color HSV images and analyzed extensively
    for quantitative data

12
Method - Week 2
  • Setup

Apparatus
Overhead View
13
  • Introduction Why Fire Breathing?
  • Background Fire Breathing
  • Method Aerosol vs Spray Bottle
  • Part 1 Methodology
  • Part 2 Methodology
  • Results - Videos
  • Discussion Analysis of Methods
  • Next Steps What needs to be done
  • Timeline for Final Project

14
Results Week 1
  • WD-40 spray worked and provided an observable
    flame
  • TAG Body Spray provided less interesting results

15
Results Week 2
  • Nozzle at marking 1

Nozzle at marking 2
16
Results Week 2 (continued)
  • Nozzle at marking 3

17
Results Week 2 (continued)
  • Quantitative Analysis of Position Versus Time
    (Example 3rd Flame)

18
  • Introduction Why Fire Breathing?
  • Background Fire Breathing
  • Method Aerosol vs Spray Bottle
  • Part 1 Methodology
  • Part 2 Methodology
  • Results - Videos
  • Discussion Analysis of Methods
  • Next Steps What needs to be done
  • Timeline for Final Project

19
Discussion
  • Charted data from spray bottle only
  • Aerosol not comparable
  • Different force of spray
  • Different and inconsistent rate of spray
  • Unable to change liquid in aerosol
  • Data charted from spray bottle
  • Center
  • Area

20
Discussion
  • Graphs obtained

21
Discussion
  • Problems
  • Calculated velocity seems inconsistent
  • Too few points
  • Human error
  • Results have not proven to be reproducible yet

Pixels/second
Time (ms)
22
Discussion
  • Issues to be addressed
  • Constructing an apparatus that ensures controlled
    distance, angle, rate, and pressure of spray
  • Show reproducibility of path of fire using same
    settings
  • Analysis
  • Obtain more data points
  • Use computer software to acquire data
  • Compare two methods

23
  • Introduction Why Fire Breathing?
  • Background Fire Breathing
  • Method Aerosol vs Spray Bottle
  • Part 1 Methodology
  • Part 2 Methodology
  • Results - Videos
  • Discussion Analysis of Methods
  • Next Steps What needs to be done
  • Timeline for Final Project

24
Next Steps
  • Final Project Ideas include
  • Recognize and understand factors that affect
    fire-blowing
  • Conduct a rigorous mathematical analysis of
    fire-blowing and the affect of variable factors.
    Variables to consider
  • Angle of Blowing
  • Type of Fuel Concentration of fuel
  • Pressure
  • Conduct a multi-dimensional analysis of
    variable-affect on fire-blowing that includes
    study of
  • Color (RGB) Complexion of fire
  • Velocity of fire
  • Size of fire
  • Acceleration of fire over time
  • Summarize the variable factors in fire-blowing
    and create a concrete report of the effects
    caused by individual factors.

Identify and Analyze Further Variables
Part I (Experimentation Data Gathering)
Part II (Analysis and Theorization)
Fire Blowing Final Report
25
  • Introduction Why Fire Breathing?
  • Background Fire Breathing
  • Method Aerosol vs Spray Bottle
  • Part 1 Methodology
  • Part 2 Methodology
  • Results - Videos
  • Discussion Analysis of Methods
  • Next Steps What needs to be done
  • Timeline for Final Project

26
Time-Line
11/16
11/29
12/07
12/13
Time-line
Identify and Analyze Further Variables
Conduct further experiments
Analysis and Quantitative Measurements
Final Report
Action Items
  • Identify further variables.
  • Choose two variables and device experimental
    methods.
  • Conduct experiments to analyze the effect of
    these variables
  • Repeat experiment for reproducibility
  • Identify further variables
  • Device proper experimental methods to analyze
    variables.
  • Conduct experiments and repeat them for
    reproducibility.
  • Compile the results and quantitative and
    qualitative analysis
  • Draw up a comprehensive report based on the
    various factors and variables.
  • Include a thorough discussion of errors.
  • Acquire appropriate software to analyze data
  • Conduct variable-by-factor comparison.
  • Retrieve quantitative results.
  • Conduct qualitative analysis from quantitative
    results
  • Discuss errors

Final Report will be submitted 12/13
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