A COMPUTATIONAL INVESTIGATION FOR THE OPTIMUM SHAPE OF STEEL BARRIERS UNDER BLAST LOADING
MARY FEKRY YOUSSEF ISKANDAR;
Abstract
ABSTRACT
A detailed computational investigation is carried out in this thesis to studythe optimum shape of steel barriers to resist blast loading. Three different scebarios of blast loading (i.e., small, medium, and large charge weight) are selected for t
A detailed computational investigation is carried out in this thesis to studythe optimum shape of steel barriers to resist blast loading. Three different scebarios of blast loading (i.e., small, medium, and large charge weight) are selected for t
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| Title | A COMPUTATIONAL INVESTIGATION FOR THE OPTIMUM SHAPE OF STEEL BARRIERS UNDER BLAST LOADING | Authors | MARY FEKRY YOUSSEF ISKANDAR | Keywords | A COMPUTATIONAL INVESTIGATION FOR THE OPTIMUM SHAPE OF STEEL BARRIERS UNDER BLAST LOADING | Issue Date | 2008 | Description | ABSTRACT A detailed computational investigation is carried out in this thesis to studythe optimum shape of steel barriers to resist blast loading. Three different scebarios of blast loading (i.e., small, medium, and large charge weight) are selected for t |
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