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Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132
17

Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Dec 27, 2015

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Page 1: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Lab #1: Poisson’s Ratio

Determine Poisson’s Ratio Determine Elastic Modulus

ASTM Standard E132

Page 2: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Today’s Specimen 2024-T351 Aluminum Alloy Contains ~94% (Al), ~4.5%(Cu),

1.5% (Mg) Used in aircraft fittings, gears and

shafts, missile parts, veterinary and orthopedic equipment

You can use info for 2024-T3 for comparison

Page 3: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Collecting Data

Page 4: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Perform the Experiment

Please be careful in Load Control The piston can move wildly at high

speeds if The specimen is not properly mounted Specially tuned parameters are not

loaded Be VERY CAREFUL when you use

the SETPOINT tool

Page 5: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Computing Stress = F/A0

Area = Width * Thickness

Stress = Load / Area

Note $C$4

Page 6: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Computing Elastic Modulus

Select data points by clicking on any and then Right-click and choose “Add Trendline”

Page 7: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Computing Poisson’s RatioSelect Transverse Strain Line, and Right Click, and choose “Format Data Series”

Page 8: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Material Properties Table

Page 9: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Lab Report Grading Rubric

Page 10: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Lab Report Grading Rubric -continued

Page 11: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Cover Page & Abstract

Left Top Header

Right Top Header

Group Members

TitleEquipmentSpecimen

Page 12: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Abstract

Page 13: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Original Data Sheet

Page 14: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Spreadsheet & Graphs etc. Spreadsheet:

One Page unless specified otherwise Row and Column Labels Gridlines

Graphs (One per Page) Graph Title Axis Labels, Scales etc.

Materials Property Table (separate page)

Page 15: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Comments and Conclusions

Enumerate; Short Title; One or Two Concise Sentences

Page 16: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Lab Report #1: due next week Cover Page + Abstract (10 points) Data Sheet (5 points) Spreadsheet of Raw/Processed Data Relevant Plots (20 points) Materials Properties Table (5 points) Comments and Conclusions (15

points)

Page 17: Lab #1: Poisson’s Ratio Determine Poisson’s Ratio Determine Elastic Modulus ASTM Standard E132.

Lab #1 Report due Next Week Individual Data Processing and

Individual Write Up Lab #1 Report is due Next Week by

midnight Answer Multiple Choice Questions

ONLINE Next Week by midnight Answer Student Survey ONLINE Next

Week by midnight Submit the Lab Report #1 in the drawer

labeled “MECE204 - Strength Lab” under Mech. Engg. Mail Folders