A new displacement bound technique for rigid plastic continua subjected to strong dynamic loading at large deflections

A new displacement bound technique for rigid plastic continua subjected to strong dynamic loading at large deflections

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A new displacement bound technique, which is based on concept of Food Service:Commercial Kitchen Equipment:Food Preparation Equipment:Other Commercial Food Prep admissible fields has been developed for rigid Plastic continua subjected to strong dynamic loading at large deflections, the lower hound obtained (2.11) depends on kinematic ally admissible displacement ui and kinematic ally admissible velocity ui* which must be chosen so that the condition (2.14) may be satiafidc.Parameter T* would be determinated by maximizing the Ring Dish right hand side of (2.11).