One form of this quantity equals density times the product of the mean and fluctuating components of the flow velocity, and this quantity appears as a consequence of applying Reynolds averaging to the Navier-Stokes equations.
One form of this quantity equals density times the product of the mean and fluctuating components of the flow velocity, and this quantity appears as a consequence of applying Reynolds averaging to the Navier-Stokes equations. Another form of this quantity equals one over four pi times the sum of three terms: the dyadic product of the E-field with itself, the dyadic product of the H-field with itself, and negative one-half times quantity, E squared plus H squared, close quantity, times the unit dyad. The divergence of that form of this quantity gives the (*) momentum flux density of an electromagnetic field. Bingham plastics behave like fluids at high values of this quantity. Representations of this quantity include the Lame ellipsoid as well as the Piola-Kirchhoff and Cauchy tensors. The von Mises criterion sets yield strength equal to the scalar tensile value of this quantity. For10 points, name this quantity that appears in the numerator of Young's modulus.
One form of this quantity equals density times the product of the mean and fluctuating components of the flow velocity, and this quantity appears as a consequence of applying Reynolds averaging to the Navier-Stokes equations.
stress [accept specific types]