Relationships for the volume dependence of the Grüneisen parameter γ have been used to
discuss the behaviour of solids in the limit of infinite pressure (P→∞). The model recently …

We have derived formulations for the pressure derivatives of bulk modulus up to the third
order and for higher order Grüneisen parameters using the generalized free volume theory …

We have generalized the pressure–volume (P–V) relationships using simple polynomial and
logarithmic expansions so as to make them consistent with the infinite pressure …

The objective of the present study, an extension of a recent one, is to inter-compare the utility
of the various isothermal three-parameter equations of state (EOSs) of solids, considered …

Eulerian and Lagrangian finite-strain expansions are extended into the ultra-high pressure
range by way of an isothermal closed-form EoS, a broken power-law density depending on …

A relationship between the isothermal bulk modulus and the isobaric volume expansion for
MgO has been used to obtain values for the isothermal bulk modulus at different …

Sound velocities and elastic moduli of some minerals viz MgO, MgAl 2 O 4, Al 2 O 3, Y 3 Al 2
(AlO 4) 3 and pyrope (Mg 3 Al 2 Si 3 O 12) up to a pressure of 200 GPa have been studied …

The structural evolution of lanthanide A2TiO5 (A= Dy, Gd, Yb, Er) at high pressure is
investigated using synchrotron X-ray diffraction. The effects of A-site cation size and of the …

In the present study we have compared the results for pressure P, isothermal bulk modulus
K and its pressure derivative K′ obtained from six equations of state (EOS) using input …

This work involves the influence of high pressure on some thermodynamical properties of
solid aluminum (Al) using a 3rd and 4th order Birch–Murnaghan equation of state based on …