The desire for close human contact with electronic components for portable sensing, energy
harvesting, and healthcare has sparked massive advances in wearable textile electronic …

The main focus of the present research study is on developing a profound understanding of
the free explosive forming of metallic plates using repeated underwater shock-wave loading …

Considering the construction technology of roller compacted concrete (RCC) gravity dams,
there are layers in dams inevitably, which may affect the blast responses of dams. This …

The release of microplastic fibers (MPFs) during washing is the main source of microplastic
pollution in water environment. Mechanical action is the principle factor affecting the release …

High dams are susceptible to underwater explosions in warfare nowadays due to their
important value, so it is necessary to explore protective measures to improve the blast …

Studies on the washing process have been mainly conducted experimentally, and only a
few numerical approaches have been studied. Previous numerical studies on the washing …

The paper computationally investigates the explosive forming of the oxygen-free high
thermal conductivity (OFHC) copper tube subjected to five different explosives. To …

IoT devices, which have become an indispensable part of our lives, attract more attention
day by day, especially in smart cities. Use of IoT devices on textiles reveals smart textile …

The influence of stand-off distance for the protective performance and capability of the steel
plate supported concrete barriers is modelled, within the current work. Steel and concrete …

ABSTRACT A multiscale hybrid finite element and finite volume method (MSHFEFVM) was
introduced for high gradient boundary value problems by coupling an adaptive finite …