A methodology for assessing of the effectiveness of anti-aircraft guns against incoming antiship missiles has been developed. This unclassified report presents the developed methodology and gives some examples based on fictitous data. An anti-ship missile is described in a vulnerability model. The kill probability of different components in the missile to proximity fused ammunition is calculated. The effect of killed components on missile flight capability is assessed and the damaged missile's flight path is calculated in 6-degree of freedom dynamic model. The result from the dynamic simulation is the distance with which the missile misses the ship, which is used to calculate the probability of survival for the ship.
Lv-Bekaempning av Sjoemalsrobot. Beraekning av Bomavstand och Optimalt Bekaempningsavstand (Air-Defence against Anti-Ship Missiles. Calculation of Miss Distance and Optimal Firing Distance)
1996
26 pages
Report
Keine Angabe
Englisch
Antiaircraft Defense Systems , Antimissile Defense Systems , Air & Space-Launched Missiles , Surface Launched Missiles , Missile Trajectories & Reentry Dynamics , Antiaircraft defense , Antiship warfare , Miss distance , Target vulnerability , Aerial targets , Effectiveness , Antiaircraft guns , Guided missiles , Degrees of freedom , Mathematical models , Foreign technology
Miss distance calculation for rolling missiles
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|Miss distance analysis for command guided missiles
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|Miss distance analysis for command guided missiles
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