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A flow-informed strategy for ballistic capture orbit generation
Ballistic capture is a phenomenon by which a spacecraft approaches its target body, and performs a number of revolutions around it, without requiring...
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Stable sets map** with Taylor differential algebra with application to ballistic capture orbits around Mars
Ballistic capture orbits offer safer Mars injection at longer transfer time. However, the search for such an extremely rare event is a...
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Methods of Velocity Registration on Ballistic Tracks and Determination of Basic Ballistic Characteristics of a Flying Object
This study considers the issue of registering the velocity of a thrown object on a ballistic track and determining the fundamental ballistic...
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Ballistic Impact on High-Strength Steel by Tungsten Alloy Projectiles: Mechanism and Calculation
AbstractDynamic shear and ballistic impact experiments were conducted to investigate mechanism by which tungsten alloy projectiles impact...
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Ballistic Impact Response of Skin-Gelatin Composite Target Behind the UHMWPE Soft Armor
AbstractAt present, compound targets are usually used to evaluate the mechanism of weapon injury and killing efficiency as well as the protective...
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Modeling and ballistic tests of selected soft point projectiles in a water medium
Methods used nowadays in forensic laboratories allow to stop some kinds of projectiles with degree of deformation which lets to use them for...
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Designing Low-Energy Low-Thrust Flight to the Moon on a Temporary Capture Trajectory
AbstractThe study considers the problem of calculating the low-energy trajectories of a low-thrust spacecraft to the Moon during the ballistic...
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Simple Method to Evaluate the Ballistic Properties for Gas Generant Compositions
AbstractThe study of the ballistic properties of energetic materials remains vital to ensure safety during their transportation, handling, storage,...
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Transit and capture in the planar three-body problem leveraging low-thrust invariant manifolds
Path planning in the circular restricted 3-body problem (CR3BP) is frequently guided by the forbidden regions and manifold arcs. However, when low...
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Fast Earth–Moon transfers with ballistic capture
This contribution deals with fast Earth–Moon transfers with ballistic capture in the patched three-body model. We compute ensembles of preliminary...
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Air Cavity Capture by a Flat Channel with Magnetic Fluid in an Annular Magnet
The paper discusses research on visualization of air cavity capture and transportation in a flat channel filled with magnetic fluid and located along...
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Dynamics of sand response to rapid penetration by rigid projectiles
The response of dry sand to rapid penetration by a rigid projectile is investigated through a series of high-speed penetration experiments. A...
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Exploiting disorder to probe spin and energy hydrodynamics
An outstanding challenge in large-scale quantum platforms is to simultaneously achieve strong interactions, giving rise to the most interesting...
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On the Ballistic Motion of Electrons in PdCoO \(_\text {2}\)
The ultra-pure metallic oxide PdCoO \(_2\) , exhibits strongly anisotropic in-plane ballistic behaviour governed by the underlying hexagonal Fermi...
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High-Velocity Impact Modeling in Materials Science: A Multiscale Perspective
High-velocity impact events are ubiquitous in our modern world, from aerospace applications to ballistic impacts, and understanding how materials...
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Petal failure models of thin aluminum alloy plate penetrated by conical projectile nose
AbstractThe process of the penetration of thin aluminum alloy plates which are widely used in satellites by conical projectile nose is studied in...
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Study of the Blunt Effect of 7.62 mm Sniper Bullet on Protected Targets
AbstractThis paper conducts a study on the blunt force effect of 7.62 mm sniper bullet on protected targets. The experimental setup involved testing...
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Exploring more solutions for low-energy transfers to lunar distant retrograde orbits
This study aims to explore more solutions for low-energy transfers to lunar distant retrograde orbits (DROs) from the vicinity of the Earth. Millions...
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Thermodynamic Models
Thermodynamic models derived the thermodynamic constraints following from the second law of thermodynamics using the maximum entropy method—the...