About a quarter of a century has passed since the IRAK-IRAN war but unfortunately, some areas of the country still
remains contaminated by mines and unexploded bombs and sometimes irreparable damage is inflicted. Due to the
limitation of magnetic mine detectors, penetration depth should be estimated with reasonable accuracy. In this paper,
the mathematical model of the bomb motion in the air and soil is written. The bomb motion is simulated based on TM
and military handbook with MATLAB. Then UXO penetration depth in Azadegan oilfield was Investigated as a case
study and simulation results are compared with MIZUHO results. The effect of the bomb angle of attack in the
penetration depth is also determined. Finally, regarding all effectives parameters, the correct depth is estimated and
invalidity of MIZUHO results is shown. Subsequent excavations carried out in the field and non-observation of UXO in
more than six meters deep proved obtained results.
radmard, H., khodarahmi, H., & ebnodin hamidi, H. A. (2019). Prediction of UXOâs Penetration Depth Using Numerical Simulation Bomb Trajectory with Case Study. Journal of Advanced Defense Science & Technology, 5(4), 247-256.
MLA
hassan radmard; hossein khodarahmi; hesam aldin ebnodin hamidi. "Prediction of UXOâs Penetration Depth Using Numerical Simulation Bomb Trajectory with Case Study". Journal of Advanced Defense Science & Technology, 5, 4, 2019, 247-256.
HARVARD
radmard, H., khodarahmi, H., ebnodin hamidi, H. A. (2019). 'Prediction of UXOâs Penetration Depth Using Numerical Simulation Bomb Trajectory with Case Study', Journal of Advanced Defense Science & Technology, 5(4), pp. 247-256.
VANCOUVER
radmard, H., khodarahmi, H., ebnodin hamidi, H. A. Prediction of UXOâs Penetration Depth Using Numerical Simulation Bomb Trajectory with Case Study. Journal of Advanced Defense Science & Technology, 2019; 5(4): 247-256.
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