STP1092
Applications of Automation Technology to Fatigue and Fracture Testing
Braun AA, Ashbaugh NE, Smith FM
Published: 1990
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Presents useful information on the uses of automation technology for materials characterization. 17 papers cover: systems implementations • analysis and simulation • applications • and laboratory systems and information management. Provides the reader with both specific and general information regarding state-of-the art materials testing using automation technology.
Table of Contents
A Computer-Controlled Automated Test System for Fatigue and Fracture Testing
A PC-Based Data Acquisition System for Composite Material Fracture Testing
A Test System for Computer Controlled Thermomechanical Fatigue Testing
Fatigue and Fracture Testing Using a Multitasking Minicomputer Workstation
Dedicated Microprocessor-Based Controller for Fatigue Testing
A Semiautomated Computer-Interactive Dynamic Impact Testing System
A Fracture Mechanics Test Automation System for a Basic Research Laboratory
Simulation of Mechanical and Environmental Conditions in Fatigue Crack Growth Testing
Fatigue Crack-Growth Measurement Using Digital Image Analysis Technique
J-R Curve Testing Utilizing the Reversing Direct Current Electrical Potential Drop Method
Automated Variable-Amplitude Fatigue Crack Growth Technology
Use of Computer Systems in High-Temperature Crack Growth Studies
Automation Software for a Materials Testing Laboratory
Automated Fatigue and Fracture Laboratory with Multiple Load Frames and Single Host Computer System
A Data Acquisition and Control Program for Axial-Torsional Fatigue Testing
Committee: E08
DOI: 10.1520/STP1092-EB
ISBN-EB: 978-0-8031-5149-9
ISBN-13: 978-0-8031-1401-2
0-8031-1401-X978-0-8031-1401-2
STP1092-EB