Digital Library / Topics / Metals Test Methods and Analytical Procedures / Metals -- Mechanical Testing; Elevated and Low-Temperature Tests; Metallography / All JTE

• An Evaluation of Stress-Strain Property Prediction by Automated Ball Indentation (ABI) testing
• On the Mechanical Behavior of Global Parameters in Material Characterization by Sharp Indentation Testing
• Finite-Element Modeling and Experimental Comparisons of the Effects of Deformable Ball Indenters on Rockwell B Hardness Tests
• Microindentation Test for Charaterization of Plastic Properties of Laser Alloyed Layers
• On the Experimental Calibration of a Potential Drop System for Crack Length Measurements in a Compact Tension Specimen
• Compression Loading Applied to Round Double Beam Fracture Specimens. II: Derivation of Geometry Factor
• Evaluation of Sharp Indentation Testing of Thin Films and Ribbons on Hard Substrates
• An Instrumented Microindentation Testing Device
• A Comparison of Two Methods for Measuring Light Scattered from Aerospace Transparencies
• Estimation of Particle Size Distribution in Materials in the Case of Spheroidal Particles Using Quantitative Microscopy
• Vickers Hardness Indentations Measured with Atomic Force Microscopy
• Estimation of Young's Modulus and of Hardness by Ultra-Low Load Hardness Tests with a Vickers Indenter
• Optimization of Test Parameters for Quantitative Stress Measurements Using the Miniaturized Disk-Bend Test
• The Shear Stress-Strain Curve Determination from Torsion Test in the Large Strain Range
• Analysis of the Size Effect in Low-Load Hardness Testing of Metals
• Use of X-Ray Diffraction for Measuring Recrystallization of Low Carbon Steels for Tin Plate Application
• Dynamic Loading: A New Microhardness Test Method
• An Appraisal of Hydration Characteristics of Dead Burnt Dolomite Grains
• Measurement of the Spherical Tip of Rockwell Indenters
• A Dynamic Microindentation Apparatus for Materials Characterization
• Interlaboratory Evaluation of ASTM Practice for X-Ray Determination of Retained Austenite in Steel with Near-Random Crystallographic Orientation (E 975)
• A Better Way to Present Results from a Least-Squares Fit to Experimental Data: An Example from Microhardness Testing
• Comparison of Aluminum Powder Average Particle Diameter Values Determined by Various Methods
• Damping and Metals Characterization
• Interlaboratory Measurements of Amphibole and Chrysotile Fiber Concentration in Water
• Phase Extraction and Analysis in SuperalloysSecond Summary of Investigations by ASTM Subcommittee E04.91
• Evaluation of Correction Methods for Determining Load-Independent Knoop Microhardness
• Volume Fraction Determination in Cast Superalloys and Directionally Solidified Eutectic Alloys by a New Manual Point Count Practice
• Laser Scanner for Exoelectron Display and Measurement of Fatigue Damage
• A Torsion Pendulum for Measurement of Damping Capacity and Related Phenomena
• Creep Rupture Testing of Aluminum Alloys: Metallographic Studies of Fractured Test Specimens
• Metallographic Photomicrographs from 1973 Photographic Exhibit