Multi-Scale Modelling of Sintering

Jing Zhe Pan; Ruo Yu Huang

doi:10.4028/www.scientific.net/KEM.368-372.1668

Paper Titles

Damage Finite Element Analysis of Nano- Composite Ceramics
p.1657

Size Dependent Thermal Expansion Coefficient of Rod-Shaped Oxide Eutectic Ceramic
p.1659

Negative Thermal Expansion of Yb₂Mo₃O₁₂ and Lu₂Mo₃O₁₂
p.1662

Structure and Thermal Expansion Behavior of Dy_2-xGd_xMo₄O₁₅ Solid Solution
p.1665

Multi-Scale Modelling of Sintering
p.1668

Monte-Carlo Simulation for the Grain Growth of Si₃N₄ during Sintering Process
p.1673

Molecular Dynamics Study of Diffusion Behavior in Amorphous Silica with Hydroxyl Group
p.1677

Application of Improved Back-Propagation Neural Network and Genetic Algorithm to the Preparation Processing of the Mg,Al-Hydrotalcite/Polymer Nanocomposite
p.1680

Modeling on Falling Velocity of Sodiumtetraborate Aqueous Solution Drops before the Gelation of PVA-TiO₂ Suspensions by the Runge-Kutta Method in Matlab 6.5
p.1683

HomeKey Engineering MaterialsKey Engineering Materials Vols. 368-372Multi-Scale Modelling of Sintering

Multi-Scale Modelling of Sintering

Abstract:

Sintering models at the atomistic, particle and component scales are briefly reviewed and problems in the current generation of sintering models are highlighted. A strategy of multi-scale modelling is proposed and our progress in the multiscale modelling is reported. Mathematical details of the models are left out and the paper is set out to demonstrate what is possible in the next generation of sintering models.