Non-Newtonian fluids are substances whose flow behavior does not follow Newton's law of viscosity, meaning their viscosity can change under stress or over time. This unique characteristic makes ...

Non-Newtonian flow analysis, on the other hand, focuses on fluids that do not follow Newton's law of viscosity, meaning their viscosity can change under different flow conditions. Recent research ...

The best late-night host of all time isn't Leno or Letterman, according to audiences. See the top 20. 'It's not taxed at all': Warren Buffett shared the 'best investment' you can make to fight ...

Therefore, this paper proposes a non-Newtonian fluid viscoelasticity measurement method based on the piezoelectric effect. We use the piezoelectric bimorphs with the diameter of 21 mm and the total ...

The matter’s ability to respond to environmental stimuli like electrical charges could revolutionize biomedical engineering ...

Unlike water, molasses is a non-Newtonian fluid, meaning that its viscosity, or thickness, changes based on the outside forces that are applied. For example, if a non-Newtonian fluid like yogurt ...

Fiber drawing of most glasses is dominated by viscous stresses, surface tension effects, and quenching rates. This contrasts with the drawing of textile fibers, where other fluid properties and ...

A recent breakthrough in Architected materials science could revolutionize how the world thinks of matter. Through the use of specially designed interlaced architecture and new materials, engineers ...

In two of them the linear relationship was adopted, while in the third one a non-linear relationship was proposed (non-Newtonian behavior). The solutions showed that the linear relationship is in fact ...

Discovering a new class of matter in the lab of Chiara Daraio at Caltech, researchers have identified a type of material that uniquely responds to stress, behaving like a fluid under some ...

建筑材料的特性来源于其内部结构元素的几何排列。他们的设计依靠连续的成员网络来控制整体的力学行为。研究者介绍了一类由离散的连接环或笼状颗粒联锁在三维网络中组成的材料，形成多联结构材料（PAM）。他们提出了一个通用的设计框架，将任意晶体网络转化为粒子连接和几何形状。