Mathematical model of flight of an element that drains tension sensors of entire explosion hazardous objects
Abstract
Based on the analysis of existing approaches to modeling demining processes, in particular the use of means for trawling tension sensors of explosive objects, the flight model of the element trawling tension sensors of the target is proposed, which, in contrast to existing ones, takes into account trawling and rope) during the flight. One of the most difficult questions during modeling is to determine the dependence of the flight parameters of the trawling element on the dynamics of the growth of the mass of the cable (cord). The ballistic parameters of the trawling element under study are: departure angle, range, altitude, time, flight speed. The proposed improvements of the mathematical model and the sequence of calculations will increase the accuracy of the simulation results of the process of trawling the tension sensors of explosive objects while substantiating the requirements for demining equipment of this type. Areas of further research are mathematical modeling of the flight process of the trawling element, which are part of the means for trawling the tension sensors of the target of explosive objects, and substantiation, based on the use of its results, rational ballistic parameters.
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References
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Copyright (c) 2021 Vladimir Krivtsun, Oleksey Aheyev, Oleh Bondarenko
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