Results 31 to 40 of about 45,104 (193)
The mathematical model of a projectile treated as a rigid body with six- degree-of-freedom motion is adapted and presented as a mathematical model for projectiles having wide initial angles and flying to great distances. The model accuracy is analysed as
Zoran Bojanić
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Influence of Boundary Conditions and Impact Velocity on the Ballistic Behavior of Aramid Fabrics
This paper explores the ballistic impact behavior of a 1/1 fabric composed of aramid yarns using numerical simulations in ANSYS 2024 R2-Explicit Dynamics [...]
Larisa Titire, Cristian Munteniță
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Kinematics Problem: Projectile Motion
A red ball undergoes projectile motion (position is in meters and time is in seconds).
Christian, Wolfgang; Belloni, Mario
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Fenomen erozije cevi naoružanja / Gun barrel erosion
U radu su prikazana dosadašnja istraživanja erozije cevi. Trošenje cevi je neizbežan proces do kojeg dolazi pri svakom opaljenju. Erozija cevi može se definisati kao progresivna povreda ili oštećenje površine cevi i proširenje kalibra usled opaljenja ...
Slobodan Ilić, Goran Marjanović
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Aiming at the problem of damage calculation under the confront game mechanism formed by the projectile and target intersection in the weapon range damage test, this paper proposes a target damage calculation model and method of gain-loss game ...
Yun Hao, Hanshan Li
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While osseous projectile points are frequently recovered and well understood in African and European contexts, those from Pleistocene Australia remain vaguely reported.
Allen, H +8 more
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Analysis of the design concept of 'Nora' family artillery weapons
The development of the NORA family started as far as back to 1976 at the Military Technical Institute of the Yugoslav's People's Army. The programme covered development of several types of the main artillery weapon: the 152 mm NORA-A towed gun-howitzer ...
Anastas L. Paligorić
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Influence of the initial velocity of the projectile on the kinematics of the projectile
The work uses a mathematical model for determining the frontal air resistance to the movement of the projectile, which based on solving the inverse problem of dynamics. Knowing the flight range at certain angles of aiming given in the firing tables, the functional dependence of the force of the frontal air resistance to the movement of the projectile ...
P. Tkachuk +3 more
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Learn about projectile motion by firing various objects. Set the angle, initial speed, and mass. Add air resistance. Make a game out of this simulation by trying to hit a targetComponente Curricular::Ensino Médio::FísicaComponente Curricular::Ensino ...
Adams, Wendy, Dubson, Michael
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Open globe injuries from projectile impact: Initial presentation and outcomes
Purpose: To describe the characteristics and correlates of open globe injuries secondary to projectile injury and outcomes following surgical open globe repair at an urban tertiary referral center.
Angelica C Scanzera +3 more
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