… continuum solvers with varying model fidelity are used in this work to model the high-temperature …
High-fidelity kinetic and continuum approaches are found to have different reaction …

The present paper provides a comprehensive comparative analysis of thermochemistry
models of various fidelity levels developed in leading research groups around the world. Fully …

… models are needed for further reactor design and scale-up. In this work, a transient three-dimensional
heat and mass transfer continuum … particles in a high-temperature moving-bed …

… efforts to develop continuum theories based on atomistic models. These atomistic-based
continuum theories are … This high-temperature classical limit is not adopted in the present study. …

… models have been developed to predict the stress relaxation behavior for high-temperature
bolting according to continuum … These indicate that the new models can predict the stress …

… initiated a research programme for the hightemperature design of weldments. Problems … of
welds and of pipework for effective high-temperature weldment design. In the next section the …

… model to predict the life of high-temperature components under the generalized type of …
modeling features. In this study, the UCM is coupled with several continuum damage models (…

… The use of classical creep continuum damage … high temperature failure of a circumferential
weld, in a thick steam-pipe, operating at a constant temperature and pressure. The models …

… Constitutive models for describing the high-temperature creep behaviors of the studied …
continuum damage mechanics (CDM). Firstly, the continuum damage mechanics (CDM) models …

… The motivation for developing this model is given by the well documented failure case
study of high-temperature components at unit 1 of the Eddystone fossil power plant (Pennsylvania, …