New Nonlinear Phenomena Research
Tomas B. Perlidze
Nova Science Publishers, 2008 - Medical - 421 pages
This book focuses on recent and significant research on non-linear, or chaotic behaviour which in real world systems has been reported in electronic circuits and communications systems, chemical reactions, biological behaviour. Applications include solitons, integrable systems, cellular automata, pattern formation, qualitative structure and bifurcation theory, onset of chaos and turbulence, analytic dynamics, and transport phenomena.
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Strongly Nonlinear Wave Phenomena in Restricted Liquids
PhaseField Models for NonIsothermal Phase Transitions
3 other sections not shown
amplitude approximately arbitrary atoms attractors basis vectors bottom friction boundary conditions breather bushes of modes bushes of vibrational cavitation chaos chaotic attractors chaotic behavior coastal coefficients considered corresponding curves decay described determined diffusion dihedral group dimension dispersion displacement dynamical equations dynamical regime dynamical system energy entropy equilibrium excited exponential Figure fixed-point subspaces FPU chain frequency function group G Hamiltonian harmonic initial conditions interaction invariant irreducible representations irrep Tj Jacobi matrix lattice linear liquid localized logistic matrix mechanical system molecule motion nonlinear waves normal coordinates normal modes obtain ocean one-dimensional bush oscillations parameter particles phase space Phys physical plate quadratically nonlinear relaxation resonant band resonant waves Shannon entropy shock waves shown in Fig solution speed stability structure subgroup subspace symmetry group take into account theory transformation transresonant evolution tsunami underwater wave values variables vibrational modes viscosity wave equation