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Latent heat storage cooling technology based on phase change materials (PCMs) holds broad application prospects in aerospace thermal management due to its high energy storage density and passive temperature control characteristics. Foa...

Against the backdrop of explosive growth in high-performance computing (HPC), 5G communication, and electric vehicles (EVs), thermal management has become a "bottleneck" limiting hardware performance advancements. Traditional heat sink...

In the realm of modern architectural decoration, aluminum foam—a novel multifunctional material—is increasingly becoming designers' preferred choice. With its exceptional performance and broad application prospects, it offe...

Reinforced concrete (RC) structures, as the most common form of construction, often exhibit brittle spalling characteristics when subjected to terrorist attacks or industrial explosions. Covering the surface of RC walls with a foamed a...

In practical engineering applications, aluminum foam is rarely used alone as a load-bearing component. Instead, it is embedded in composite sandwich structures as a sacrificial layer or core material. Composite explosion-proo...

With the increasing demand from modern industry for high-power-density electronic devices, high-performance power batteries, and high-efficiency energy storage systems, thermal management technology has become a core bottleneck restric...

Aluminum foam composite steel plates typically employ a "sandwich" structure: the upper and lower layers are high-strength steel plates (or armor steel), with a closed-cell aluminum foam core layer in between.

High-quality foam aluminum structures are as precise as works of art, with compressive strength as solid as a mountain; inferior products are coarse and prone to collapse, harboring endless hidden dangers. Surface pores, smooth as silk...

Aluminum foam is a new type of lightweight metal material produced by foaming aluminum alloy. It has received widespread attention worldwide due to its excellent properties, including energy absorption and cushioning, electromagnetic s...

Porous materials, with pores ranging from angstroms to centimeters, consist of two phases—void and matter. These phases allow the transfer of multiple energy vectors, such as mass, charge, heat, radiation, and pressure. The high-...

The Fraunhofer Institute for Machine Tools and Forming Technology (Fraunhofer IWU), a leader in machine tool and forming technology research, has partnered with automotive supplier Amsted Automotive to develop a battery casing with a f...

Beihai Composites' nickel foam utilizes advanced deep-processing technology to transform metallic nickel into a material with a three-dimensional, fully porous network structure. Pore count per inch (PPI) is a key parameter determining...