Pulse and shock interaction is investigated for a class of ideally hard elastic materials. The latter admit the soliton-like property that disturbances emerge asymptotically unaltered in shape and speed following the interaction process.
A. Mentrelli, C. Rogers, T. Ruggeri, W. Schief (2007). On two-Pulse and Shock Evolution in a Class of Ideally Hard Elastic Materials. SINGAPORE : World Scientific.
On two-Pulse and Shock Evolution in a Class of Ideally Hard Elastic Materials
MENTRELLI, ANDREA;RUGGERI, TOMMASO ANTONIO;
2007
Abstract
Pulse and shock interaction is investigated for a class of ideally hard elastic materials. The latter admit the soliton-like property that disturbances emerge asymptotically unaltered in shape and speed following the interaction process.File in questo prodotto:
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