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Showing 1 to 4 of 4 for “"Time-dependent Maxwell's equations"”.

  1. Development and application of hybrid finite methods for solution of time dependent maxwell's equations

    … this thesis, improvements to the finite element time domain (FETD) method, the finite difference time domain (FDTD) method and the hybrid FETD-FDTD method are proposed along with the application of the hybrid method for modeling and simulation of electromagnetic radiation from antennas. Firstly, …

    nus Repository record for Development and application of hybrid finite methods for solution of time dependent maxwell's equations (opens in a new tab)

  2. Finite difference time domain simulation of subpicosecond semiconductor optical devices

    … is a nonlinear phenomenon. Finite difference time domain (FDTD) technique is used to approximate the time dependent Maxwell's equations for full-wave analysis of the wave propagation. The dynamic transport is handled by solving the balance equations using the energy and momentum relaxation …

    vt Repository record for Finite difference time domain simulation of subpicosecond semiconductor optical devices (opens in a new tab)

  3. Asymptotic and numerical analysis of time-dependent wave propagation in dispersive dielectric media that exhibit fractional relaxation

    … the dielectric polarization is coupled to the time-dependent Maxwell's equations by a fractional differential equation involving the electric field. In the H-N case, a more general pseudo-fractional differential operator describes the polarization. The development and analysis of a robust …

    njit Repository record for Asymptotic and numerical analysis of time-dependent wave propagation in dispersive dielectric media that exhibit fractional relaxation (opens in a new tab)

  4. Numerical simulation of microwave heating of a target with temperature dependent electrical properties in a single-mode cavity

    … We then solve the coupled heat equation and Maxwell's equations to determine the history and distribution of the temperature in the ceramic sample. This complication increases the overall computational effort required by several orders of magnitude. In their work, Hile and Kriegsmann used the …

    njit Repository record for Numerical simulation of microwave heating of a target with temperature dependent electrical properties in a single-mode cavity (opens in a new tab)