bulk modulus

The speed is determined by the water's bulk modulus and mass density.

For a fluid, only the bulk modulus is meaningful.

For consistency with linear elasticity, we must have where is the bulk modulus.

In certain frequency bands, the effective mass density and bulk modulus may become negative.

The bulk modulus tells how "stiff" the material is.

The restoring force, which acts to return the medium to its original position, is provided by the medium's bulk modulus.

When the gas is not ideal, these equations give only an approximation of the bulk modulus.

It is possible to measure the bulk modulus using powder diffraction under applied pressure.

The effective bulk modulus and density near the static limit are positive as predicted.

The method was used by Mallock in 1904 to measure bulk moduli of various metals.

A perfect gas can sustain no shear forces so that the above bulk modulus is the only relevant one.

The inverse of the bulk modulus gives a substance's compressibility.

These can be used to determine material properties such as equilibrium volume, minimum energy, and bulk modulus.

The bulk modulus of a material is a measure of its resistance to uniform pressure.

The bulk modulus ( or ) of a substance measures the substance's resistance to uniform compression.

Intrinsic is the expectation for positive bulk modulus and positive density.

Young's modulus is given by and the bulk modulus.

Elements with small molar volumes and strong interatomic forces usually have high bulk moduli.

The mass density ρ and bulk modulus β are position dependent.

The bulk modulus is an extension of Young's modulus to three dimensions.

Varying bulk modulus for higher pressures (water becomes less compressible)

The bulk modulus is affected by temperature, dissolved impurities (usually salinity), and pressure.

For ideal gases the bulk modulus P is simply the gas pressure multiplied by the adiabatic index.

The bulk modulus test uses an indenter tool to form a permanent deformation in a material.

It has a high electron density, a small atomic radius and a high bulk modulus.