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Contemporary Issues in Fluid Mechanics


The solid phase is silica, which is a component of sand and quartz (Wilson). They are both then mixed. The liquid particles are freely suspended and once an object strikes the non-Newtonian fluid, it forces the particles together and they lock. The liquid then turns almost into a solid. If pressure is no longer exerted on the fluid it turns back to a liquid. In other words, a knife wouldn't be able to penetrate it no matter how fast or hard one might stab. The liquid would also expand the area for which the energy of an impact is dispersed. Therefore, there will be less pressure since the area will be significantly increased even if the impact force remains constant.
             Figure 1 is what a shear thickening fluid looks like at its final stage. "Viscosity is the measure of resistance of a fluid to flow (Dei)." Figure 2 is a shear force vs. shear rate for Newtonian and Non-Newtonian fluid plot. "The viscosity of a Non-Newtonian fluid is dependent not only on temperature but also on shear rate (Dei)." In figure 2 above, the viscosity increases with increased shear rate (Dei). The Newtonian fluid in figure 2 increases linearly. .
             One of the major discoveries in the 1960s was the Kevlar vest. Kevlar body armor was originally designed to help solders in the field of battle. In the modern era, it is now possible for just about anybody can attain one. Kevlar body armor is designed to protect against a bullet but not a knife stab. The knife will easily penetrate against its layers of fibers, which is the down side. There are many different aspects that can affect the severity of a knife wound. It is best to analyze the benefit of body armor from a holistic perspective while considering what the efficiency of the knife actual depends on. It is also important to note that a beneficial body armor must be flexible such that it allows the wearer to move and defend himself if need be.


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