By Swab, Sanjay Mathur, Tatsuki Ohji
The Armor Ceramics Symposium was once held January 25-27, 2010 in
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Extra resources for ADVANCES IN CERAMICS ARMOR VI: Ceramic Engineering and Science Proceedings, Volume 31
Onaral, Ultrasonics SymposiumProceedings,1119-1122 (1990). 44 · Advances in Ceramic Armor VI Advanced Nondestructive Ultrasound Characterization of Transparent Spinel L. Luo and J. Molnar, Ultrasound absorption and entropy production in biological tissue: a novel approach to anticancer therapy, Diagnostic Pathology, 1(35), (2006). 1 K. Lucke, Ultrasonic Attenuation Caused by Thermoelastic Heat Flow, TheJournal of Applied Physics,27(12), 1433-1438 (1956). 15 A. Dukhin, and P. Goetz, Ultrasound for Characterizing Colloids - Particle Sizing.
Szweda, A Correlation of Air-Coupled Ultrasonic and Thermal Diffusivity Data for CFCC Materials, in Ceramic Engr. and Sei. Proc, Vol. 18, Issue 4 (1997). A. Grandia and C. M. Fortunko, NDE applications of air-coupled ultrasonic transducers, in Proc. 1, 697-709(1995) Advances in Ceramic Armor VI - 23 Advances in Ceramic Armor VI Edited by Jeffrey J. Swab Copyright © 2010 The American Ceramic Society NDT CHARACTERIZATION OF BORON CARBIDE FOR BALLISTIC APPLICATIONS Dimosthenis Liaptsis* and Ian Cooper TWI NDT Validation Centre (Wales) Ltd, Port Talbot, Margam, SA13 2EZ, United Kingdom Nick Ludford and Alec Gunner TWI Ltd, Granta Park, Abington, CB21 6AL, United Kingdom Mike Williams and David Willis Kennametal Sintec, Newport, NP19 4SR, United Kingdom Colin Roberson and Lucian Falticeanu, Advanced Defense Materials Ltd, Rugby, Warwickshire, CV21 3XH, United Kingdom Peter Brown DSTL, Salisbury, Wiltshire, SP4 OJQ, United Kingdom ABSTRACT Boron Carbide (B4C) is widely used to provide ballistic protection in many challenging service environments.
Figure 14. Microwave scan of the reference tile (Tile 1, Pressing 1) DISCUSSION Figure 15 shows the ultrasonic velocities measured from all the ceramic tiles tested. The changes in velocities in pressing 1 tiles indicate changes in density that is dependent upon the vertical position of the tile in the furnace during the pressing. From the ultrasonic results of pressing 1, it is evident that the ultrasonic velocity increases as a function of the vertical position of the tiles in the pressing. Lower ultrasonic velocities were measured in the tiles that were at the bottom in the furnace, while higher velocities exhibited from the tiles that are higher in the furnace during the pressing.
ADVANCES IN CERAMICS ARMOR VI: Ceramic Engineering and Science Proceedings, Volume 31 by Swab, Sanjay Mathur, Tatsuki Ohji