A numerical scheme was presented for the analysis of steady-state non-linear diffusion in random heterogeneous media. The key was to solve the non-linear stochastic governing equations iteratively via an inexact Picard iteration scheme, in which the
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a.58
Surface Exchange Reactions and Diffusion in Composite Materials
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a.59
Monte Carlo Estimation for Discretely Observed Diffusion Processes
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a.60
Diffusion and Dissociation during Hydrogen Absorption in Metals
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a.61
Diffusion in Metallic Glasses from the Atomic Bond Defect Perspective
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a.62
Kinetics of Coupled Ordering and Segregation in Antiphase Domains
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a.63
Transient Diffusion and Crack-Tip Plasticity under Cyclic Loading
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a.64
Dynamic Effects in Non-Linearly Coupled Deformation and Diffusion
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a.65
Diffusion Creep in Metals and Ceramics - Extension to Nanocrystals
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a.66
Diffusion in Metallic Glasses from the Atomic Bond Defect Perspective
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