Winter is here, and so are the winter jackets. But have you ever wondered how these jackets keep you warm? It's not just about the fluffiness or the thickness. It's about science and technology working together to keep you cozy. The science behind winter jackets is based on three main ways heat mov
Non-Newtonian fluids are becoming more popular in various engineering fields. These fluids do not follow the usual rules of fluid behavior. They can be thick or thin depending on the situation. One type of non-Newtonian fluid is the Oldroyd-B fluid. It can mimic the behavior of many dilute polymeric
The world of fluid dynamics is getting a tiny boost. By adding small particles to liquids, scientists create nanofluids. These tiny particles spread out evenly in the liquid. This boosts the fluid's ability to transfer heat. This makes nanofluids super important in fields that deal with heat, li
Have you ever wished for a better way to cool off after a sweaty workout? Traditional methods like jumping into water can be messy and impractical. Enter wearable fluidic fabric – a smart material designed to make cooling down a breeze. This lightweight, portable fabric can mimic the refreshing effe
Bioconvection, or the movement of microorganisms in fluids, is a fascinating phenomenon. This study looks at how a mix of blood and tiny copper particles, known as a nanofluid, behaves when it flows over a thin needle. The researchers considered the effect of tiny, magnetic-sensitive microorganisms,
