@inproceedings{08725e6e89b84c57b47d858a34568d37,
title = "Dynamic response of TiC-steel, ceramic-metal composite.",
abstract = "The dynamic response of a TiC-carbon steel, ceramic-metal composite, was studied in planar impact experiments using a copper impactor with velocity in the 100 to 500 m/sec range. The composites were prepared by pressureless infiltration of ceramic preforms with molten steel. The metallic component had either a pearlitic or a martensitic microstructure, as determined by appropriate heat treatments. A fully dense TiC sample and a 1060 steel specimen in the pearlitic and martensitic states were used as reference samples. The values of HEL and spall strength were obtained from the VISAR records of free surface velocity of the impacted samples. Quenching the standard steel and the composite increased the HEL and the spall strength. The increased tensile strength can be attributed to the presence of the increased strength of the metallic component that prevents the development of cracks during the compressive part of the loading-unloading cycle. This conclusion is consistent with static rupture stress measurement results.",
author = "Bat-Zion Klein and Nahum Frage and Moshe Dariel and Eugene Zaretsky",
year = "2001",
month = jun,
day = "1",
language = "אנגלית",
series = "American Physical Society, Shock Compression of Condensed Matter Meeting, June 24-29, 2001 Renaissance Waverly Hotel, Atlanta, Georgia Bulletin of the American Physical Society",
booktitle = "Edit American Physical Society, Shock Compression of Condensed Matter Meeting, June 24-29, 2001 Renaissance Waverly Hotel, Atlanta, Georgia Bulletin of the American Physical Society",
}