Stresses in beams are one of the most fundamental concepts in structural engineering, directly impacting the safety and ...

The leaders of France, Germany and Britain are building parallel diplomatic institutions to defend Europe as President Trump ...

Steatotic liver disease often progresses asymptomatically, with the risk of advancing to cirrhosis and liver cancer. Early ...

The ground may feel steady underfoot, but the planet is always in motion. While satellites and sensors have mapped the ...

With full control of Imflux software, algorithms and process innovations, RJG officials say they can develop smarter molding platforms that support recycled materials, machine downsizing and complex ...

From nanometre-sized particles to larger surfaces, the physical and electrostatic properties of materials are key to understanding how they behave in real-world situations.  Among these ...

The landslide that occurred in Blatten in the canton of Valais at the end of May 2025 and the one in the village of Brienz in ...

Wearable device-based shear force sensing has been a challenging problem, whereas shear-force sensing plays a crucial role in motion measurement and robot manipulation. This paper presents a ...

Cellular shear adhesion, which is the adhesion between cells and the substrates, plays an important role in cell activities. This article aimed to develop a robotic system with automated cell ...

Seabed-origin oil spills pose distinct challenges in marine pollution management due to their complex transport dynamics and ...

This study demonstrates a shear-assisted production of monodisperse droplets with tunable sizes using slit-based step emulsification (SE) devices. A single-nozzle device (17 μm in height (h), 133 μm ...

The governing differential equation, expressions for moments and shear forces of the proposed theory have a striking resemblance to the corresponding expressions of classical plate theory. The ...