Structure, mechanics and failure of stochastic fibrous networks: microscale considerations, part I

Article Abstract:

The connectivity of stochastic fibrous networks material is quantitatively related to modulus and strength as determined by beam type and nodal connections. Data show that networks exhibit low-strain and nonlinear properties. Part I discusses simple constructions to model complex behavior of porous materials.

Analysis, Design and construction, Batteries

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Structure, mechanics and failure of stochastic fibrous networks: network simulations and application, part II

Article Abstract:

The connectivity of stochastic fibrous networks material is quantitatively related to modulus and strength as determined by beam type and nodal connections. Data show that networks exhibit low-strain and nonlinear properties. Part II discusses effect of bonding, beam type, failure mode, and scale parameters on moduli and peak loads.

Evaluation, Materials, Electrochemical apparatus, Electrochemical instruments

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Transport in stochastic fibrous networks

Article Abstract:

Two methodologies are created and compared for determining the conductivity of stochastic fibrous networks. The results differ from those of classical approaches while allowing direct estimation of variances.

Product information, Electric properties, Heat, Heat conduction

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