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Statistical Analysis of the Vibrating Beam THE GROUP Amanda Criner Kimberly Sacha LeVar Henderson

Statistical Analysis of the Vibrating Beam

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Statistical Analysis of the Vibrating Beam. THE GROUP Amanda Criner Kimberly Sacha LeVar Henderson. Project Goal. Which mathematical models can be used to describe the vibrating beam?. Outline. Collect Data Choose Model Spring Results Evaluate the Model. The Spring Model. Equation - PowerPoint PPT Presentation

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Page 1: Statistical Analysis of the Vibrating Beam

Statistical Analysis of the Vibrating Beam

THE GROUP

Amanda CrinerKimberly SachaLeVar Henderson

Page 2: Statistical Analysis of the Vibrating Beam

Project Goal

Which mathematical models can be used to describe the vibrating beam?

Page 3: Statistical Analysis of the Vibrating Beam

Outline

Collect Data Choose Model

Spring Results Evaluate the Model

Page 4: Statistical Analysis of the Vibrating Beam

The Spring Model

Equation y’’ + Cy’ + Ky = 0 y(0)=y0, y0’=0

Assumptions The beam is behaving like a spring. The only forces are the force of the

spring, friction and the voltage. The voltage is one kick.

Page 5: Statistical Analysis of the Vibrating Beam

Data

C7=0.8630

C8=0.7010

C9=0.7753

K7=1,545

K8=1,567

K9=1,543

Page 6: Statistical Analysis of the Vibrating Beam

Residual vs. Fitted Value in Set 9

Page 7: Statistical Analysis of the Vibrating Beam

Residual vs. Fitted Value in Set 7

Page 8: Statistical Analysis of the Vibrating Beam

Residual vs. Time in Sets 7 & 8

Page 9: Statistical Analysis of the Vibrating Beam

QQ Plot of Sample Data vs. Standard Normal in Sets 7-9

Page 10: Statistical Analysis of the Vibrating Beam

Conclusions

GOOD ENOUGH FOR US?Yes!

Good introduction to modeling physical phenomena

Simple enough to experiment with:Optimization algorithmsStatistical analysis

=Good learning toolWE AREN’T BUILDING A BRIDGE TODAYTrue tad!!!!