Fiber Light Relay System (FLRS) in Non-Ideal Granular Explosives - Manuscript
Abstract not provided.
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Jump to search filtersFiber Light Relay System (FLRS) in Non-Ideal Granular Explosives for Shock Front Monitoring
Abstract not provided.
Fiber Light Relay System (FLRS) in Non-Ideal Granular Explosives - Manuscript
Abstract not provided.
Historical Methods to Reduce Adversary Use of AN Based Fertilizers in Explosives
Abstract not provided.
Blast Modeling Overview - CTH Sierra/SM and Zapotec
Abstract not provided.
Historical Methods to Reduce Adversary Use of AN Based Fertilizers in Explosives
Abstract not provided.
Karmen Lappo Bio
Abstract not provided.
Cylindrical Compaction of Granular Ceramics: Experiments and Simulations
Abstract not provided.
Cylindrical Compaction of Granular Ceramics: Experiments and Simulations
Abstract not provided.
Design and analysis of planar, energetically-driven shock waves
Society for Experimental Mechanics - SEM Annual Conference and Exposition on Experimental and Applied Mechanics 2009
The shape and magnitude of an energetically driven shock wave as it passes through a recipient device or sensor are critical factors that influence the performance and integrity of the device. Here we report on the design and analysis of a coupled energetic train and sensor system using the Sandia-developed strong shock physics code, CTH. We have investigated several strategies for reducing the curvature and manipulating the shape of energetically-driven shock waves to more closely match the ideal profile that the sensor is designed for. Flat flyer plates and wave-shaped disks are promising in certain applications. Experimental validation of the theoretical results is also underway and briefly described here. ©2009 Society for Experimental Mechanics Inc.
Design and analysis of planar energetically-driven shock waves
Abstract not provided.
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