Sentence examples for density of a fluid from inspiring English sources
A method is presented to obtain the viscosity and density of a fluid from the mechanical frequency response of a microcantilever beam immersed in fluids.
These effects can be considered by using geochemical codes that implement algorithms that calculate the density of a fluid based on the concentration of individual solute species.
Leonardo da Vinci and Galileo Galilei in Italy, Christiaan Huygens in the Netherlands, and Isaac Newton in England all contributed to an understanding of the relationship between resistance (drag) and such factors as the surface area of an object exposed to the stream and the density of a fluid.
Similar skeptical doubts can be raised about the intrinsic character of other "local" magnitudes such as the density of a fluid, the value of an electromagnetic field, or the metric and curvature of spacetime (see Butterfield (2006)).
This has the effect that accelerations in the flow are not strong enough to change the density of a fluid element significantly, so the fluid moves without compressing or expanding.
The special combination of gas-like viscosity and liquid-like density of a supercritical fluid makes it an excellent solvent for various applications.
Researchers believe that all of these phenomena can be explained by better understanding classic equations in fluid dynamics known as the Euler and Navier-Stokes equations, which use the relationship between the velocity, pressure and density of a moving fluid to predict its flow.
A novel algorithm is described to measure the viscosity and density of an ambient fluid by comparing experimental results with the theory.
where X is the nanofluid particle mass concentration; ρp, fluid density of a nanoparticle; ρb, fluid density base.
The mass flux is the rate of mass flow per unit area [kg ∗s−1 ∗m−2] and is given by (7) m ˙ = ρ a · v, where ρ is the density of the fluid, a is the area, and v velocity of the flow (as a component of magnitude).
As a rule, the higher the density of the fluid an object is submerged in, the greater the force of buoyancy.
