Melting on the Hugoniot

Lalle, P.; Courchinoux, Roger

doi:10.1063/1.50747

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Journal Of Applied Physics1

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“…19,23 The difference between that Hugoniot and the later measurements by Holmes, et al 7 is negligible. Alternate Hugoniots (Lalle 24 ) were also tested and found to shift the measured value of the sound speed by up to 2.7%, while also changing the position in P À ρ space. Xi et al used a slightly different Hugoniot (U s ¼ 3:310 þ 1:296U p ) based on a largely unpublished data set.…”

Section: Journal Of Applied Physicsmentioning

confidence: 99%

Tantalum sound velocity under shock compression

Akin

Nguyen

Beckwith

et al. 2019

Journal of Applied Physics

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We used several variations of the shock compression method to measure the longitudinal sound velocity of shocked tantalum over the pressure range 37-363 GPa with a typical uncertainty of 1.0%. These data are consistent with Ta remaining in the bcc phase along the principal Hugoniot from ambient pressure to %300 GPa, at which pressure melting occurs. These data also do not support the putative melting phenomena reported below 100 GPa in some static compression experiments.

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Section: Journal Of Applied Physicsmentioning

confidence: 99%

Tantalum sound velocity under shock compression

Akin

Nguyen

Beckwith

et al. 2019

Journal of Applied Physics

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Molecular Dynamics Simulation of Shock Wave Compression of Metals

Selezenev

2002

AIP Conference Proceedings

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The numerous results of molecular-dynamic simulation of the melting process of some metals in shock waves are submitted. The Hugoniot adiabats, temperature of shock heating, structure of a shock wave front, change of structure behind a shock wave as a result of melting were determined during the simulation of steady shock waves. The obtained results were compared to the results of thermodynamic calculations and experimental data on shock wave compressibility, heating and melting.

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Melting on the Hugoniot

Cited by 2 publications

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Tantalum sound velocity under shock compression

Tantalum sound velocity under shock compression

Molecular Dynamics Simulation of Shock Wave Compression of Metals

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