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ISSN: 2214-9147

Modeling and analysis of maneuver laws based on higher order multi-resolution dynamic mode decomposition for hypersonic glide vehicles

The precise characterization of hypersonic glide vehicle (HGV) maneuver laws in complex flight scenarios still faces challenges. Non-stationary changes in flight state due to abrupt changes in maneuver...

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Effective implementation of controlled blasting methodology during excavation of hard rock in the close proximity of earthen dam and tunnel

The present technical paper outlines the details of the controlled blasting techniques used to optimize blasting pattern for excavation of hard rock near the Bhira Earthen Dam in Maharashtra, India....

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Surface-covering water significantly amplifies the explosion impulse of shallow buried explosives

While the moisture content of soil affects significantly the blast impulse of shallow buried explosives, the role of surface-covering water (SCW) on soil in such blast impulse remains elusive. A combined...

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Impact attenuation mechanism of single/double-layer potting structures of MEMS devices under continuous double-pulse impact

High-overload shocks are very likely to cause damage to the microstructure of MEMS devices, especially the continuous multiple high-overload shocks generated by the penetration of the multilayer target...

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Advanced composite wing design for next-generation military UAVs: A progressive numerical optimization framework

The design of unmanned aerial vehicles (UAVs) revolves around the careful selection of materials that are both lightweight and robust. Carbon fiber-reinforced polymer (CFRP) emerged as an ideal option...

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Dynamic response of blast doors enhanced by enclosed-space TNT explosions: Experimental and numerical study

The afterburning of TNT and structural constraints in confined spaces significantly amplify the blast load, leading to severe structural damage. This study investigates the mechanisms underlying the...

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Basic theory of dust explosion of energetic materials: A review

Due to the presence of nitro groups, the dust generated during the production and utilization of energetic materials may potentially lead to dust explosion even under low-oxygen or anaerobic conditions....

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Situation maintenance-based cooperative guidance strategy for intercepting a superior target

A situation maintenance-based cooperative guidance strategy is proposed to intercept a high-speed and high-maneuverability target via inferior missiles. Reachability and relative motion analyses are...

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One-pot synthesis of PDDA-mediated CuO-functionalized activated carbon fabric for sarin detoxification with enhanced strength and permeability for NBC protective clothing

Chemical warfare agents (CWAs) are extremely lethal substances used in warfare and terrorism, capable of causing permanent damage even in small doses, despite medical intervention. Therefore, detection,...

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Evolving adaptive and interpretable decision trees for cooperative submarine search

System upgrades in unmanned systems have made Unmanned Aerial Vehicle (UAV)-based patrolling and monitoring a preferred solution for ocean surveillance. However, dynamic environments and large-scale...

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Efficiently enhancing thermal conductivity of polymer bonded explosives via the construction of primary-secondary thermal conductivity networks

Realizing effective enhancement in the thermally conductive performance of polymer bonded explosives (PBXs) is vital for improving the resultant environmental adaptabilities of the PBXs composites....

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The detonation wave propagation and the calculation methods for shock wave overpressure distribution of composite charges

To explore the design criteria for composite charges and reveal the intrinsic relationship between the detonation wave propagation in composite charges and the overall energy distribution of shock waves,...

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Study on the reaction kinetics mechanism and properties of RDX/ADN/FKM2602 composite microspheres

This study prepared a class of RDX-based composite microspheres (RAF) containing ADN and FKM2602. The reaction kinetics of RAF composite microspheres were effectively improved by maintaining the system's...

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Trajectory prediction algorithm of ballistic missile driven by data and knowledge

Recently, high-precision trajectory prediction of ballistic missiles in the boost phase has become a research hotspot. This paper proposes a trajectory prediction algorithm driven by data and knowledge...

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Experimental study on the TNT equivalence for blast parameters in a confined space

The concept of TNT (Trinitrotoluene, C7H5N3O6) equivalence is often invoked to evaluate the performance and predict the explosion parameters of different types of explosives. However, due to its low...

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Weapon-target assignment for unmanned aerial vehicles: A multi-strategy threshold public goods game approach

As a crucial process in the coordinated strikes of unmanned aerial vehicles (UAVs), weapon-target assignment is vital for optimizing the allocation of available weapons and effectively exploiting the...

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Reliability analysis of modular charge swinging-loading positioning accuracy under new failure criterion based on spatial geometric relationship

The swinging-loading process is essential for automatic artillery loading systems. This study focuses on the problems of reliability analysis that affect swinging-loading positioning accuracy. A dynamic...

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Control model for burning-bubble clouds formed by confined melt-cast explosives under thermal stimulation

DNAN-based insensitive melt-cast explosives have been widely utilized in insensitive munition in recent years. When constrained DNAN-based melt-cast explosives are ignited under thermal stimulation,...

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Thermochemical analysis and field performance of small arms propellants from 1953 (30-06 M2 AP) and 2012 (M855A1) ammunition

When older stocks of ammunition are fielded for use, propellant degradation may be of concern. Degraded propellants may result in either increased or decreased chamber pressures, depending on formulation...

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Impact safety of CL-20-based explosive charge using detonation driving high velocity fragments

The impact safety of explosive charges has been focused in these decades. The fragment impact is widely used to evaluate the response of explosive charges. In our work, the explosive detonation driving...

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Al-Mg@PVDF and Al-Si@PVDF composites with enhanced combustion and energy release characteristics

To investigate the differences in combustion and energy release characteristics of metastable intermolecular composite materials composed of aluminum alloys and polyvinylidene fluoride (PVDF) with different...

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The damage of sequential explosions in reinforced concrete: Experimental and numerical investigation

The development of guidance technology has made it possible for the earth penetration weapons (EPWs) to impact the target repeatedly at a close range. To investigative the damage of single and sequential...

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3D printed high-temperature ceramic conformal array antenna: Design, analysis, manufacturing, and testing

In this study, the design, analysis, manufacturing, and testing of a 3D-printed conformal microstrip array antenna for high-temperature environments is presented. 3D printing technology is used to fabricate...

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Dynamic Response Characteristics of Metal Cylindrical Shell Driven by Explosive Charge with Waveform Regulator

Waveform regulator in charge is a method that can realize multi-source detonation wave superposition through a single point detonation. The method does not need to weaken the strength of shell, and...

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The application of porous organic cage as highly efficient desensitizer of RDX

The desensitization of nitramine explosives while maintaining energetic performance is challenging. A highly efficient desensitizer is the key to solving the antinomy. This study focuses on using porous...

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