Results 321 to 330 of about 249,997 (379)
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Mechanics of materials (Print), 2020
Most previous numerical investigations show that inter-yarn friction is one of the critical parameters to ballistic performance of woven fabrics under ballistic impact.
Y. Chu, M. Rahman, S. Min, Xiaogang Chen
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Most previous numerical investigations show that inter-yarn friction is one of the critical parameters to ballistic performance of woven fabrics under ballistic impact.
Y. Chu, M. Rahman, S. Min, Xiaogang Chen
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Physical Review B, 1986
We introduce a novel two-component random network. Unit resistors are placed at random along the bonds of a pure superconducting linear chain, with the distance $l$ between successive resistors being chosen from the distribution $P(l)\ensuremath{\sim}{l}^{\ensuremath{-}(\ensuremath{\alpha}+1)}$ where $\ensuremath{\alpha}g0$ is a tunable parameter.
, Havlin, , Bunde, , Stanley
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We introduce a novel two-component random network. Unit resistors are placed at random along the bonds of a pure superconducting linear chain, with the distance $l$ between successive resistors being chosen from the distribution $P(l)\ensuremath{\sim}{l}^{\ensuremath{-}(\ensuremath{\alpha}+1)}$ where $\ensuremath{\alpha}g0$ is a tunable parameter.
, Havlin, , Bunde, , Stanley
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Ergonomics, 1988
Studies of sequential ballistic movements showed that strong interaction occurs between components of a complex movement task. Within an individual component of the motion, a good predictor of movement time was the square root of the movement amplitude.
K C, Gan, E R, Hoffmann
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Studies of sequential ballistic movements showed that strong interaction occurs between components of a complex movement task. Within an individual component of the motion, a good predictor of movement time was the square root of the movement amplitude.
K C, Gan, E R, Hoffmann
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Ergonomics, 1988
A mathematical model is developed for ballistic arm movements in an underwater environment. Characteristics of the arm moving in water, the ‘induced’ moment of inertia and drag coefficient, are found from experiments on an artificial arm. These data, along with the mathematical model, are used to predict underwater movement times from experimental data
E R, Hoffmann, K C, Gan
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A mathematical model is developed for ballistic arm movements in an underwater environment. Characteristics of the arm moving in water, the ‘induced’ moment of inertia and drag coefficient, are found from experiments on an artificial arm. These data, along with the mathematical model, are used to predict underwater movement times from experimental data
E R, Hoffmann, K C, Gan
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A review on various aspects of Kevlar composites used in ballistic applications
, 2020Kevlar, an aramid fibre is used on a large scale in defense, aerospace, biomedical and automobile industries. An important field of research related to it is the development and investigation of composites reinforced with Kevlar fibre for ballistic ...
Susmita Naik +2 more
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Inhomogeneous Ballistic Aggregation
Journal of Statistical Physics, 2001zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Frachebourg, L. +2 more
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The Journal of Trauma: Injury, Infection, and Critical Care, 1988
Shotguns are popular world wide and more of these weapons exist than the rifled types. With an increasing incidence and prevalence of gunshot wounds it is important for traumatologists to be familiar with shotgun wound ballistics. Shotgun wounds differ from those of other missiles because the spectrum of wound severity is large owing to the fact that ...
G J, Ordog +2 more
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Shotguns are popular world wide and more of these weapons exist than the rifled types. With an increasing incidence and prevalence of gunshot wounds it is important for traumatologists to be familiar with shotgun wound ballistics. Shotgun wounds differ from those of other missiles because the spectrum of wound severity is large owing to the fact that ...
G J, Ordog +2 more
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Ballistic Trauma: Wound Ballistics—An Overview
Wound ballistics is the specialty in ballistics dealing with the interaction of bullet and tissue, resulting in lesions when humans or animals are hit. The lesions depend on the velocity and mass of the bullet as well as its design. Bullets are divided into low- and high-velocity bullets.openaire +2 more sources
Ballistic carbon nanotube field-effect transistors
Nature, 2003A. Javey +4 more
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