✍ Scribed by Gylden N., Johnson A.
No coin nor oath required. For personal study only.
Stockholm: Research Institute of National Defense, 1972. – 17 p.
NASA technical translation. This report deals with a FORTRAN program for numerical calculation projectiles trajectories with two degrees of aeromechanical freedom. Dupuis’ law of air resistance is applied under OB [expansion unknown] standard atmospheric conditions. The program selects a time step with regard to initial velocity and air resistance. The program then adapts this time step to the trajectory continually during the entire operation. The program costs less than 1 kr/trajectory, and is therefore suitable when many trajectories are to be calculated. Agreement with firing tables is extremely good, and the program error is entirely within the accuracy of the tables.Военные дисциплины;Баллистика и динамика выстрела;Внешняя баллистика
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Scientific paper. Turkish Journal of Engineering and Environmental Sciences 28 (2004), 369 – 376 pp.<div class="bb-sep"></div>A universal external ballistic trajectory model for unguided projectiles is developed in this study. The mathematical model is based on the Maclaurin Series. The Maclaurin Se
Technical note. Directorate of missile intelligence army missile command. 1962. – 47 р.<div class="bb-sep"></div>This computer program computles a ballistic trajectory from burn out<br/>or any point thereafter to impact. It assumes point mass and a spherical earth. The program takes into account air
(Ланди Хэзел Э. Фортран программа для оценки вероятности попадания в прямоугольную цель.)<div class="bb-sep"></div>Report. Springfield, Massachusetts.: Springfield armory. 1966. – 39 p.<div class="bb-sep"></div>Probability of a hit by a single shot or by a tan-shot burst at direct or angular approac