Shock Compression and Spall of Additively Manufactured Ti-5553 Alloy
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Ti-5553, Hugoniot, Spall, Additive manufacturing↗
Engineering topics
Anderson, William Wyatt
Publications and source records attributed to Anderson, William Wyatt.
The Melt Enthalpy of Pu 6 Fe
Schwartz, et al., previously reported calorimetry measurements conducted on a Pu-Pu 6 Fe mixture, from which they derived a melt enthalpy of 31.2 J/g (46.6 kJ/mol) for Pu 6 Fe. This was the first—and remains the only—such value to appear in the literature. We reanalyze those results in light of two contributions to the measured heat flow not considered in the original report: the melt enthalpy of the excess Pu and the subsequent heating of the liquid mixture. These corrections yield a revised value of 24.4 J/g (36.3 kJ/mol), which we show to be consistent with the melt enthalpy of U 6 Fe.
36 MATERIALS SCIENCE↗
Lecture 4 Problem Review (SSDDS Course) [Slides]
Two problems and solutions are provided.
42 ENGINEERING↗
Lecture 3 Problem Review [Slides]
This slide set presents a few corrections and the solution to Problems 1 and 2 fro the SSDDS Course taught by Bill Anderson.
97 MATHEMATICS AND COMPUTING↗
Shock Compression of Materials: SSDDS Lecture 4
Lecture roadmap: Definitions, explanation of shock wave, properties of a shock wave, relations to equation of state and quasistatic compression, calculations, measurements, and problems.
36 MATERIALS SCIENCE↗
Stress Waves in Solids [Slides]
The outline for SSDDS Lecture 3 includes: stress and strain, stress waves, waves at interfaces and boundaries, formation of shock waves, and problems.
36 MATERIALS SCIENCE↗