Titlebook: Nondestructive Methods for Material Property Determination; Clay Olaf Ruud,Robert E. Green Book 1984 Plenum Press, New York 1984 X-ray.all

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Solving for Thermal History and Metallurgical Condition of a Quenched and Aged Aluminum Alloy througing scatterbands which trend down in H and up in C. Conductivity is useful for sensing anomalies in products made with these alloys, but the relationship is too dispersed to find usefully accurate hardness or strength values. The vagueness is commonly attributed to conductivity measurement inaccurac

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Solving Internal Stress Measurement Problems by a New Magnetoelastic Method stress values under certain physical conditions. This method is, however, accompanied by a number of drawbacks, such as shallow depth of penetration and high cost. It is also very difficult to use it to the continuous monitoring of internal stresses in industrial processes..In this paper, magnetoel

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The Inverse Problem in Materials Characterization through Ultrasonic Attenuation and Velocity Measur the correlation is only tedious, not hard. In this talk the basic difficulty in the inverse problem field will be illustrated by two examples: finding grain size in metals when ultrasonic attenuation is measured, and finding graphite shape in cast iron when ultrasonic velocity is measured..The basi

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Inference of Compressive Stresses at Joined Interfaces Using Ultrasonic Reflectivityst. As noted in the previous paper,. none of the usual techniques employed for stress measurement is appropriate for this case. This paper reports results obtained upon Nitinol couplers utilizing ultrasonic reflectivity and interpretive concepts described in that paper as advanced by Haines.. The re