# SEARCH

** Ab Initio Modeling of Materials **

** Aggregation models material balances **

** Animal models, materials and devices implants **

** Assembly models Bill of materials **

** Biodegradable polyesters modelling of composite materials made **

** Biodegradation modelling composite materials made **

** Biomedical composites mechanics of materials model **

** Charge-transfer materials states models **

** Composite materials biodegradation modelling **

** Composite materials modelling with defects **

** Computational fluid dynamics materials processing modeling using **

** Computational mechanics material models **

** Computer modeling material balance problems **

** Creep behavior material models **

** Currently Available Material Models **

** Customer order model raw material ordering and **

** Cylindrical-material model finite-element analysis **

** Debye model of dielectric materials **

** Diffusion, models for crystalline materials **

** Diffusion, models for crystalline materials mechanism **

** Dispersion model material balance **

** Double fracture model materials **

** Elastic material properties, used in predictive models **

** Electronic and acoustic modeling, in materials **

** Electrons, crystalline solid materials energy band model **

** Empirical models values of active materials **

** Equilibrium model for organic materials **

** Equilibrium model for organic materials water **

** FEM models, in materials modeling **

** Finite element modeling materials **

** Finite element modelling materials **

** Finite energy modelling material properties **

** Flammable materials fire and explosion models **

** High-surface-area materials, model **

** Humic materials structural models for **

** Kelvin model of, viscous materials **

** Material balance equations, mass transfer model **

** Material behavior computer modeling **

** Material modeling hybrid model **

** Material modeling hyperelasticity **

** Material modeling isotropic -plasticity **

** Material modeling linear elasticity **

** Material modeling linear viscoelasticity **

** Material models elastic materials **

** Material models elastoplastic materials **

** Material models viscoplastic materials **

** Material properties used in predictive models **

** Material removal mechanism thermal model **

** Materials and Methods Model Complexes **

** Materials modeling continuum models **

** Materials modeling finite element methods **

** Materials modeling neural networks **

** Materials modeling statistical correlations **

** Materials processing, computation fluid dynamics modeling **

** Mathematical model material balances **

** Mathematical modeling, blood-materials **

** Maxwell model, of viscous materials **

** Mixing elements Modeling of materials **

** Model (material) parameters used in viscoelastic constitutive equations **

** Model Input Material Property Parameters **

** Modeling and simulation material **

** Modeling selection of materials for **

** Modeling the Elastic Properties of Materials **

** Modelling of carbon-based materials for hydrogen storage **

** Models approaches in use for toxic materials **

** Models: of material deformation **

** Molecular modeling in PEMs materials **

** Molecular models of polymeric materials **

** Multiscale Materials Modeling Program **

** Multiscale modeling and simulation material function **

** Multiscale modeling and simulation material properties **

** Multiscale modeling in materials **

** Numerical Modeling of Multiphase Flows in Materials Processing **

** One-component model crystalline material **

** Optical nonlinearity in materials two-level model **

** Organic materials in water, equilibrium model **

** Other Concepts in Materials Modeling **

** Phenomenological model for polymeric materials **

** Plastic materials, mathematical modeling **

** Polymer electrolyte fuel cell modeling of materials **

** Polymeric materials Polymerization, modeling **

** Porous materials modeling pore structure **

** Porous materials simple geometric model **

** Porous materials thermodynamic models **

** Protein-based materials Elastic model proteins **

** Reference standard material Regression model **

** Relevance of Model Compounds to Electrode Materials **

** Shear thinning materials cross model **

** Sorbent materials, surface model **

** Spectroscopy as a model material **

** Statistical Mechanics Models for Materials **

** Structural materials polycrystalline modeling **

** Subject modelling complex materials **

** Systems modeling, in materials **

** Thermodynamics and materials modelling **

** Use of Force Fields in Materials Modeling Jorg-Riidiger Hill, Clive M. Freeman, and **