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Laser Extinction Measurement System LEMS

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Horizontal Knob. Vertical Knob. Burner. Planning the Project ... Knob Position (Distance from Operator) (m) 2. 4. 2. Number Of Steps to Move Burner (steps) ... – PowerPoint PPT presentation

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Title: Laser Extinction Measurement System LEMS


1
Laser Extinction Measurement System(LEMS)
Capstone Design Project, SP 2006
Faculty Advisor Dr. Jie Chen Sponsor Dr.
Siva S. Krishnan
Group Members Jack Copenhaver Kara Griffin Billy
Holland Tiruneh Haile
2
Overview
  • Introduction
  • Planning the Project
  • Customer Requirements Project Objectives
  • Benchmarks
  • Concept Development Design
  • Final Design
  • Design Validation
  • Overall Product Design Evaluation
  • Recommendations
  • Acknowledgements
  • Summary

3
Customers
  • Dr. Siva S. Krishnan, Professor
  • Manish K. Saini, Research Assistant

4
Laser Extinction Device
Laser
Vertical Knob
Burner
Horizontal Knob
5
Planning the Project Gantt Chart
6
Customer Requirements Project Objectives
  • Align the Laser to the Burner
  • Improve Safety
  • Improve Accuracy
  • More Ergonomic
  • Cost Effective
  • Decrease Experiment Time

7
Problems with Benchmark
8
Concept Development Design
  • 1. Design Concepts
  • Motorized Vertical Horizontal Travel
  • Motorized Vertical Travel with Manual Horizontal
    Travel
  • Manual Extension on Vertical Travel
  • 2. Alignment Procedure

9
Concept 1 ?
10
Concept 2 ?
11
Concept 3 ?
12
Alignment Procedure
  • Normalize the laser to the burner surface
  • Put the goggles on to view laser beam
  • Use the LabView program to move the burner until
    the laser is aligned on the target
  • Move the burner in the positive vertical
    direction 76.2 millimeters.
  • Open COSMOS program provided by Velmex and set
    the zero position

Zero Position
13
Final Design Concept Cost
14
Design Validation
  • Benefits Per Experiment
  • Fuel Savings 25 - 50
  • Oxygen O2 Savings 50 - 75
  • Improved Time 45 min 1hr
  • Improved Accuracy From 0.1 mm

  • More Ergonomic
  • Enhanced Safety
  • Cost Effective

15
Overall Product Design Evaluation
16
Summary Concept 1
  • Overall Benefits
  • Best Overall Concept
  • Improved Safety
  • Improved Accuracy
  • More Ergonomic
  • Decreased Experiment Time
  • Added Benefits
  • Fuel Savings
  • Cost Effective - Return on Investment ()

17
Recommendations
  • Motorize Laser
  • Closed Loop Feedback System

18
Acknowledgments
  • Dr. Jie Chen, Faculty Advisor
  • Dr. Siva S. Krishnan, Sponsor and IUPUI Professor
  • Mr. Rudy Earlson, Manufacturing Consultant
  • Mr. Eric Docteur, Velmex Inc.
  • Mr. Manish K. Saini, Graduate Research Assistant
  • Mr. Mitch Evans, Velmex Inc.

19
Questions?
20
Design Validation
21
Failure Modes
22
(No Transcript)
23
(No Transcript)
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