Recent Articles

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ISSN: 2214-9147

Double densification effects of a new enhanced auxetic steel system on mitigating severe explosions

Auxetic steel systems have been demonstrated to be effective in resisting blast loading demands due to their higher energy absorption, enhanced indentation resistance and higher shear strength compared...

Enhanced exploration for multi-UAV cooperative roundup: An I2C-MATD3 reinforcement learning framework

With the increasing maturity of multi-UAV technology and its broad applications in scenarios such as UAV roundup tasks, this paper proposes a novel approach to enhance interception efficiency and system...

Enhancing the accuracy of spaceborne GNSS-R sea surface altimetry using a feature-enhanced multiple base learners ensemble retracking model

Sea surface altimetry is critical for ocean dynamics research, including global marine gravity field inversion, sea level change monitoring, and seafloor topography detection, all of which are vital...

Numerical analysis of size-dependent thermoviscoelastic responses in microplate resonators using advanced MGT modeling including nonlocal thermal length-scale

This study investigates the thermoviscoelastic behavior of Kirchhoff circular microplates by integrating the nonlocal Moore-Gibson-Thompson (MGT) thermoelastic model with the modified couple stress...

Porosity-controlled gas transport and ignition in slow cookoff of a polymer-bonded explosive

To investigate the effects of gas transport on ignition response of polymer-bonded explosives (PBXs) during slow cookoff, this study develops a thermo-mechanically coupled pyrolytic gas transport porous...

Autonomous thermite-recycled cobalt nanoreactors on aluminum: Synergistic interfacial redox loops for ultrafast thermal decomposition and combustion of various energetic materials

The efficient energy release of oxidizers and aluminum (Al) is of great significance in the field of high-energy propellants. Typically, the energy release efficiency of composite energetic materials...

A novel flexible operation mode and mission planning method for shipborne helicopter groups

To address efficient operation scheduling of shipboard helicopter groups under multi-mission demands and limited deck space, a novel Flexible Operation Mode (FOM) was proposed. Mission grouping, deck...

A kirigami-based strain-insensitive stretchable metastructure with ultra-broadband microwave-absorbing

Stretchable microwave-absorbing metastructures (SMAMSs) that provide the ability to hide complex objects from radars have long been of interest. However, recent studies of SMAMSs have demonstrated the...

Biomimetic "capillary" architecture engineered through biomass-derived carbon nanotubes aerogel for electromagnetic wave absorption and noise control

Biomass-derived aerogels are experiencing rapid development in electromagnetic protection due to their lightweight nature, controllable fabrication, and multifunctionality. However, designing simple...

Design and fabrication of flexible igniters for transient electrical explosion

This work pioneers a transient electrical explosive flexible igniter based on a polyurethane-copper composite, achieving unprecedented microsecond-scale plasma initiation (0.75 μs threshold at 30 V)...

MF2-SLAM: A geometrically constrained framework for robust SLAM via multi-scale feature fusion

Plane-aware visual SLAM faces significant challenges in scenes with weak textures and complex geometries, primarily due to noise, occlusions, and the underutilization of geometric priors. To address...

Effects and mechanisms of strut injection strategy on mixing and combustion in oblique detonation engines

The oblique detonation engine has attracted increasing attention due to its excellent development potential in the high Mach number range. However, the mixing performance directly affects the initiation...

Study on the performance of shaped charge jet of multi-proportion tungsten matrix composites based on selective laser melting technology

In this study, selective laser melting (SLM) technology was used to prepare multi-ratio tungsten-based composite material liners, and the feasibility of its application in the field of shaped charge...

Bias compensation for MEMS gyroscopes using Gaussian process regression with resonant frequency and quadrature output

The bias of micro-electro-mechanical system (MEMS) gyroscopes is sensitive to temperature variations, which limits their accuracy in complex thermal environments. To address this issue, this paper proposes...

Nonsingular terminal super-twisting sliding mode control with extended state observer for multi-domain motion control of tandem twin-rotor Aerial-aquatic vehicles

The stability of Aerial-aquatic vehicles (AAVs) control under complex maritime conditions is of significant importance for its practical application. To achieve higher control accuracy and faster response...

Strategic integration of 1,2,4-oxadiazole and nitramino-triazole frameworks for high-energy-density materials

Developing high-energy-density materials (HEDMs) with balanced energy and safety performance remains a significant challenge in energetic materials. This study presents the synthesis and systematic...

A universal CNN-Based approach for modulation period estimation

This paper presents a universal framework for estimating the modulation period of signals with periodic modulation characteristics, applicable to communications, radar, and other radio systems. A key...

Dynamic response analysis of the liquid-filled cylindrical shell under internal explosion load

This study theoretically explored the dynamic response of the liquid-filled cylindrical shell structure experiencing internal explosion shock waves. It analyzed the radial deformation of the liquid-filled...

Deflagration or detonation: A new way to evaluate initial thermal decomposition behaviors of energetic complex

Primary explosives generally play a critical role in initiating explosive reactions in energetic systems, where thermal initiation is governed by the stability of structural hot-spot bonds. However,...

Current status and prospects of guidance techniques for intercepting hypersonic glide vehicles: A review

Hypersonic vehicles present formidable challenges to existing air and missile defence systems due to their extreme velocity, extended-range strike capability, and exceptional maneuverability, driving...

Entry trajectory optimization for cross-domain morphing vehicles by hybrid sequential second-order cone programming

This paper proposes a hybrid sequential second-order cone programming (HSSOCP) method with a three-layer scheme for the entry trajectory optimization of the cross-domain morphing vehicles (CDMVs). By...

Evaluation of UHMWPE prepreg laminates under near simultaneous multiple projectile impacts: Effects of structural shapes and projectile dispersions

Multiple projectile impacts are significant threats in real-world military and anti-terrorism operations. Previous researches have mainly focused on the protection mechanism and structure design against...

Experimental study and 3D cellular automaton simulation of intergranular corrosion on laser-welded joints of Al-Cu-Li alloys under acidic conditions

This study proposes a multi-scale research approach that integrates micro-characterization experiments and 3D cellular automata (CA) simulations to investigate the intergranular corrosion (IGC) behavior...

Ignition criteria for diesel fuel tanks under high-velocity impact of spherical tungsten fragment

Fuel tanks are critical yet vulnerable components in military platforms such as aircraft and ground vehicles, and high-velocity fragment impacts may trigger ignition and pose severe hazards. In realistic...

Study on damage criterion of the typical barrel subjected to tungsten fragment impact considering artillery firing loads and multi-factor effects

The gun barrel is the critical component of artillery weapons exposed outside the armor and plays a key role in projectile launching. At present, studies on the vulnerability of gun barrels subjected...

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