SEDL / STP / STP1380-EB
Pendulum Impact Testing: A Century of Progress
Siewert TA, Manahan MP
This unique volume examines 23 peer-reviewed papers that represent the latest worldwide technology in pendulum impact testing. Written by 50 U.S. and international experts in their field, these papers are organized into 4 sections:
Background of Impact Testing
Reference Energies, Machine Stability, and Calibration
Impact Test Procedures
Fracture Toughness Assessment from Impact Test Data
STP 1380 marks the 100 year anniversary of the invention of the pendulum impact test by S. Bent Russell, and the research and standardization efforts of G. Charpy during the early part of the 20th century. As an added bonus, reprints of two landmark papers written by Russell and Charpy are included in this volume, describing the development of the test equipment and procedures.
Table of Contents
The History and Importance of Impact Testing
Holt J., Manahan M., Marsh F., McCowan C., Ruth E., Siewert T.
Experiments with a New Machine for Testing Materials by Impact (Reprint from 1898)
Essay on the Metals Impact Bend Test of Notched Bars (Reprint from 1901)
International Comparison of Impact Verification Programs
McCowan C., Nakano H., Pauwels J., Revise G.
European Certification of Charpy Specimens: Reasoning and Observations
Gyppaz D., Ingelbrecht C., Pauwels J., Varma R.
Stability of a C-type Impact Machine Between Calibrations
Chai G., Sundqvist M.
Indirect Verification of Pendulum Impact Testing Machines: The French Subsidiary from Its Origins to the Present, Changes in Indirect Verification Methods, Effects on Dispersion, and Perspectives
Galban G., Laporte S., Lefrançois S., Mougin D., Revise G.
Maintaining the Accuracy of Charpy Impact Machines
McCowan C., Siewert T., Vigliotti D.
Characterizing Material Properties by the Use of Full-Size and Subsize Charpy Tests: An Overview of Different Correlation Procedures
Chaouadi R., Fabry A., Lucon E., Puzzolante J., Van Walle E.
Effects of Anvil Configurations on Absorbed Energy
Nakano H., Takagi S., Yamaguchi Y.
The Difference Between Total Absorbed Energy Measured Using an Instrumented Striker and that Obtained Using an Optical Encoder
Manahan M., Stonesifer R.
On the Accuracy of Measurement and Calibration of Load Signal in the Instrumented Charpy Impact Test
Inoue N., Kobayashi T., Morita S., Toda H.
Evaluation of ABS Plastic Impact Verification Specimens
McCowan C., Siewert T., Vigliotti D.
Results of the ASTM Instrumented/Miniaturized Round Robin Test Program
Manahan M., Martin F., Stonesifer R.
European Activity on Instrumented Impact Testing of Subsize Charpy V-Notch Specimens (ESIS TC5)
Dynamic Force Calibration for Measuring Impact Fracture Toughness using the Charpy Testing Machine
Inoue H., Kishimoto K., Shibuya T.
Low Striking Velocity Testing of Precracked Charpy-type Specimens
Loibnegger F., Varga T.
In-situ Heating and Cooling of Charpy Test Specimens2
The Effects of OD Curvature and Sample Flattening on Transverse Charpy V-Notch Impact Toughness of High Strength Steel Tubular Products
Waid G., Zantopulos H.
Electron Beam Welded Charpy Test Specimen for Greater Functionality
Dixon B., Hughes R.
Application of Single-Specimen Methods on Instrumented Charpy Tests: Results of DVM Round-Robin Exercises
Böhme W., Schindler H.
Relation Between Fracture Toughness and Charpy Fracture Energy: An Analytical Approach
Use of Instrumented Charpy Test for Determination of Crack Initiation Toughness
Boehmert J., Richter H., Valo M., Viehrig H.
On the Determination of Dynamic Fracture Toughness Properties by Instrumented Impact Testing
Estimation of NDT and Crack-Arrest Toughness from Charpy Force-Displacement Traces
Merkle J., Sokolov M.
Paper ID: STP1380-EB
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