Transcription of Measurement of Strain Due to Bending and Axial Loads
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Measurement of Strain Due to Bending and Axial Loads
Measurement of Strain Due to Bending and Axial Loads Student Name With Partner Names Report No. ASE369K-BAS2 ASE/EM Department The University of Texas at Austin Austin, TX 78712 December 3, 2004 iMeasurement of Strain Due to Bending and Axial Loads Aluminum specimens were statically loaded for analysis in the Measurements Laboratory of W. R. Woolrich Laboratories at the University of Texas at Austin. A cantilever beam was loaded at the tip, and data was recorded from base-mounted Strain gages. Several Strain calculations were made using Strain gage resistance changes, Wheatstone bridge circuits, and a Vishay Strain gage conditioner and amplifier system. The values for Strain for the varying methods were comparable to theoretical Strain in a cantilever beam, especially the Wheatstone half-bridge circuit measurements. A tension specimen was loaded in to an Instron load cell for Axial stress analysis.
Measurement of Strain Due to Bending and Axial Loads Aluminum specimens were statically loaded for analysis in the Measurements Laboratory of W. R. Woolrich Laboratories at the University of Texas at Austin. A cantilever beam was loaded at the tip, and data was recorded from base-mounted strain gages. Several strain
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