REPUBLIC OF SERBIA

MINISTRY OF DEFENCE

www.mod.gov.rs

MINISTRY OF DEFENCE

Material Resources Sector

Defensive Technologies Department

Military Technical Institute

www.vti.mod.gov.rs

the effect OF THE AZIMUTH MECHANISM STRAIN OF
multiple self- propelled launcher rockets
to the FIRING ELEMENTS

Milan B. Milošević

Military Technical Institute, Belgrade, marija.m@beotel.net

Vlado Đurković,

University of Defense, Military Academy, Belgrade, vlado.djurkovic@va.mod.gov.rs

Abstract: This paper analyzes the effect of the azimuth mechanism strain to the firing elements of multiple self-propelled launcher rockets. Strains were simulated over sensors of the slope in the longitudinal and transversal axis. Slope angle value is simulated by the random function. The influence of azimuth mechanisms strain through the mathematical expectation and standard deviation of the firing elements and rockets on the target dispersion using the Monte- Carlo method for a concrete rocket launcher is shown.

Key words: azimuth mechanisms, inclinometers, rocket launcher, unguided rockets, the Monte- Carlo simulations and firing elements.