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STP1208
Automation of Mechanical Testing

Heberling DT
Pages: 110
Published: 1993

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Experts from test machine manufacturers and R&D facilities identify the benefits, problems, and approaches associated with the automation of mechanical testing. The first 4 of 9 peer-reviewed papers form a primer for those preparing to implement automated testing. The fifth and remaining papers focus on specific technical issues and topics.



Table of Contents

Overview
Heberling D.

Elements of Automated Mechanical Testing
Ruth E.

Experiences in the Automation of Mechanical Testing
Gebhardt P.

Measurement, Control, and Data Processing Techniques in the Automation of Mechanical Testing
Mumford P.

Automated Data Acquisition and Analysis in a Mechanical Test Lab
Carter D., Gibbs W.

A Case Study: Linking an Automated Tension Testing Machine to a Laboratory Information Management System
Heberling D.

Data Interpretation Issues in Automated Mechanical Testing
Khan R.

A Comparison of Automated Versus Manual Measurement of Total Elongation-Tension Testing
Scherrer D.

A Technique for Determining Yield Point Elongation
Young J.

Event Criteria to Determine Bandwidth and Data Rate in Tensile Testing
Nicolson A.

Committee: E28
Paper ID: STP1208-EB
DOI: 10.1520/STP1208-EB
ISBN-EB: 978-0-8031-5253-3

ASTM International is a member of CrossRef.
0-8031-1868-6
978-0-8031-1868-3
STP1208-EB