… resolved shear stress with temperature of pyramidal and … Away from quasi-static and room
temperature conditions, the … response of polycrystalline materials at different temperature …

… In this work, the thermomechanical viscoelastic response of a high temperature … a
micromechanical model based on the assumptions of simplified unit cell method within a …

… that temperature has a greater effect on vertical stress. The high-temperature condition takes
… the low-temperature condition takes a long time to respond to the maximum vertical stress. …

… This study uses a simplified micromechanical model of particle reinforced composites to
determine local CTE and moduli of FGM having temperature and time dependent properties of …

… fields, we also compare the model predictions of temperature distributions during steady-state
heat … boundary conditions were applied for the uniform change in temperature by 100C. …

… simulated by applying temperature and stress boundary conditions on the RVEs … the
temperature boundary condition for the entire volume. In addition, the periodic boundary conditions …

… Temperatures This paper describes the use of a recently developed high temperature
impulsefrequency response … and internal damping of high temperature composite materials, matrix …

… strain-rate, high strain response of molybdenum, over a broad range of temperatures. Before
presenting our experimental and the corresponding micromechanical modeling results, we …

… g that depends on the temperature T. Using a Taylor expansion, the behavior can be
described as the infinite sum of temperature derivatives of g about a reference temperature To, …

… This is a possible reason for the lower stiffness exhibited by the experimental data at room
temperature conditions (Figs 13 and 14). Fig. 17(c) shows the amount of matrix that has …