Current idealized forward models for electromagnetic induction (EMI) response can be defeated by the characteristic material and geometrical heterogeneity of realistic unexploded ordnance (UXO). A new, physically complete modeling system includes all effects of these heterogeneities and their interactions within the object, in both near and far fields. The model is fast enough for implementatio...

This paper presents comes about because of innovation advancement endeavors throughout the most recent 6 years concentrated on submerged unexploded weapons (UXO) discovery and arrangement. Our approach abuses coordinated geo-referenced detecting advancements and have application for undertakings running from ports and harbor improvement to seaward vitality and wind cultivate improvement. Compel...

Statistical Analysis of Landmine Fatalities in Kurdistan This study analyzes mines and unexploded ordnance (UXO) victim data in the Kurdistan Region of Iraq during the period of the 1960s to 2005. In addition to descriptive analysis of the data, we use regression analysis to identify the determinants of the probability of getting killed by a mine or UXO and to estimate the determinants impacts....

A Finite Element Method (FEM) is presented to solve for the scattered magnetic vector potential from arbitrarily polarized targets typical of those encountered in Unexploded Ordnance (UXO) detection. Most previously developed numerical methods only solved problems in which axial symmetry could be exploited. This, of course, severely limits the capabilities and utility of such methods. The metho...

A few promising solutions for thermal imaging Unexploded Ordnance (UXO) detection were proposed after the start of military conflict in Ukraine 2014. At same time, most landmine clearance protocols and practices are based on old, 20th-century technologies. More than 60 countries worldwide still affected by explosive remnants war, new areas contaminated almost every day. To date, no automated ex...

Past military activity close to the coast has discarded numerous ordnances in nearshore environment. These ordinances (some of them unexploded; also called UXOs or munitions) are transported by waves and currents may become exposed on beaches. The increased intensity storm events lead a subsequent increase UXO exposure migration. Prolonged ocean conditions leads surface growth that alters their...