MIGRATION AND BURIAL TENDENCIES OF VARIABLE DENSITY MUNITIONS: INITIAL RESULTS FROM A LARGE-SCALE STUDY

Manoj Kumar Gangadharan, Temitope E Idowu, Emily Chapman, Jack A Puleo, Jacob Stolle, Damien Pham Van Bang
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Abstract

Past military activity close to the coast has discarded numerous ordnances in the nearshore environment. These ordinances (some of them unexploded; also called UXOs or munitions) are transported by waves and currents and may become exposed on beaches. The increased intensity of storm events may lead to a subsequent increase in UXO exposure and migration. Prolonged exposure of UXOs to ocean conditions leads to surface growth that alters their bulk density. Hence, it is essential to understand the influence of bulk density on mobility characteristics. This study, funded by the Strategic Environment Research and Development Program (SERDP), aims to quantify the processes that affect the mobility and burial of variable density munitions in the surf and swash zones during scaled extreme forcing.
变密度弹药的迁移和埋藏趋势:大规模研究的初步结果
过去靠近海岸的军事活动在近岸环境中丢弃了许多军械。这些条例(其中一些没有爆炸;也被称为未爆弹药或弹药)被海浪和水流运输,并可能暴露在海滩上。风暴事件强度的增加可能导致随后未爆炸弹药暴露和迁移的增加。未爆弹药长期暴露在海洋环境中会导致表面生长,从而改变其体积密度。因此,有必要了解堆积密度对迁移特性的影响。该研究由战略环境研究与发展计划(SERDP)资助,旨在量化在大规模极端强迫期间影响冲浪和冲积区可变密度弹药的机动性和埋藏的过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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