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Gaussian functions/distribution force fields

Let us suppose that W is the Gaussian distribution commonly used for rubber networks. The change of the network conformational distribution function in the gradient layer can be obtained by Equation (6.41). In the equilibrium of external forces and filler field forces at some extension... [Pg.153]

See other pages where Gaussian functions/distribution force fields is mentioned: [Pg.354] [Pg.137] [Pg.165] [Pg.328] [Pg.103] [Pg.91] [Pg.77] [Pg.80] [Pg.90] [Pg.98] [Pg.290] [Pg.209] [Pg.355] [Pg.99] [Pg.99] [Pg.205] [Pg.169] [Pg.325] [Pg.169] [Pg.849] [Pg.14] [Pg.136] [Pg.3251]

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Field distribution

Force Functionality

Force distribution

Forcing function

Gaussian distribution

Gaussian functions

Gaussian functions/distribution