Results 231 to 240 of about 1,000,248 (275)
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Oberwolfach Reports, 2006
The workshop ‘Nonlinear Evolution Problems’ focussed on three types of nonlinear evolution equations: (1) Geometric evolution equations (essentially of parabolic type) (2) Nonlinear hyperbolic equations (3) Dispersive equations The programme consisted of 22 talks presented by ...
Klaus Ecker +2 more
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The workshop ‘Nonlinear Evolution Problems’ focussed on three types of nonlinear evolution equations: (1) Geometric evolution equations (essentially of parabolic type) (2) Nonlinear hyperbolic equations (3) Dispersive equations The programme consisted of 22 talks presented by ...
Klaus Ecker +2 more
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2012
This chapter studies nonlinearity in electromagnetic media. Nonlinearity appears in a number of cases in which the dispersion relations or equivalently the coefficients of the constitutive relations change as a function of the field amplitudes. This behaviour is very common in dielectrics, where it has been experimentally verified, theoretically ...
G. F. Roach +2 more
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This chapter studies nonlinearity in electromagnetic media. Nonlinearity appears in a number of cases in which the dispersion relations or equivalently the coefficients of the constitutive relations change as a function of the field amplitudes. This behaviour is very common in dielectrics, where it has been experimentally verified, theoretically ...
G. F. Roach +2 more
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Nonlinear, rarefied Rayleigh's problem.
AIAA Journal, 1968Discrete ordinate method applied to nonlinear unsteady rarefied Rayleigh flow problem with heat ...
Huang, A. B., Hartley, D. L.
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Computer Methods in Applied Mechanics and Engineering, 1975
Abstract The two-dimensional problem of finite amplitude wave propagation in a nonlinear half-space excited by a normal and tangential time-dependent line loads is considered. A numerical scheme is developed and applied. The reliability of the numerical procedure is examined in some special cases by comparison with the corresponding analytical ...
Aboudi, J., Benveniste, Y.
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Abstract The two-dimensional problem of finite amplitude wave propagation in a nonlinear half-space excited by a normal and tangential time-dependent line loads is considered. A numerical scheme is developed and applied. The reliability of the numerical procedure is examined in some special cases by comparison with the corresponding analytical ...
Aboudi, J., Benveniste, Y.
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Operations Research Letters, 1995
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A Nonlinear Identification Problem
Proceedings of the Steklov Institute of Mathematics, 2018zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Physics Today, 1967
NONLINEAR PROBLEMS in physics are difficult to discuss for several reasons. First, what are nonlinear problems? Practically every problem in theoretical physics is governed by nonlinear mathematical equations, except perhaps quantum theory, and even in quantum theory it is a rather controversial question whether it will finally be a linear or nonlinear
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NONLINEAR PROBLEMS in physics are difficult to discuss for several reasons. First, what are nonlinear problems? Practically every problem in theoretical physics is governed by nonlinear mathematical equations, except perhaps quantum theory, and even in quantum theory it is a rather controversial question whether it will finally be a linear or nonlinear
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Coping with Problems Related to Cancer and Cancer Treatment
Ca-A Cancer Journal for Clinicians, 1988exaly +12 more sources
Nonlinear Heat Transfer Problem
Journal of Applied Physics, 1959A study has been made of the time-dependent heat conduction in a semi-infinite medium subject to a boundary condition which can involve the temperature in a nonlinear manner. A formulation for the determination of the surface temperature, which is often of greatest physical interest, leads to a nonlinear Volterra integral equation.
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