登录
首页 » matlab » codelisting

codelisting

于 2019-06-25 发布
0 324
下载积分: 1 下载次数: 4

代码说明:

说明:  Atef《MATLAB模拟的计算电磁学时域有限差分发》书后完整的MATLAB程序集合(Complete set of MATLAB programs of "Computational Electromagnetics Simulated by MATLAB Finite-Difference Time-Domain Distribution" by Atef)

文件列表:

codelisting, 0 , 2019-06-25
codelisting\Appendix_A, 0 , 2019-06-25
codelisting\Appendix_A\fdtd_1d_code.m, 3184 , 2012-09-07
codelisting\Appendix_A\initialize_plotting_parameters.m, 836 , 2012-09-07
codelisting\Appendix_A\plot_fields.m, 353 , 2012-09-07
codelisting\Appendix_C, 0 , 2019-06-25
codelisting\Appendix_C\polar_plot_constant_phi.m, 3206 , 2012-09-07
codelisting\Appendix_C\polar_plot_constant_theta.m, 2418 , 2012-09-07
codelisting\Chapter_1, 0 , 2019-06-25
codelisting\Chapter_10, 0 , 2019-06-25
codelisting\Chapter_10\calculate_domain_size.m, 5155 , 2012-09-07
codelisting\Chapter_10\define_geometry.m, 600 , 2012-09-07
codelisting\Chapter_10\example_10_a, 0 , 2019-06-25
codelisting\Chapter_10\example_10_a\define_geometry.m, 606 , 2012-09-07
codelisting\Chapter_10\example_10_a\define_output_parameters.m, 1364 , 2012-09-07
codelisting\Chapter_10\example_10_a\define_problem_space_parameters.m, 2723 , 2012-09-07
codelisting\Chapter_10\example_10_a\define_sources_and_lumped_elements.m, 853 , 2012-09-07
codelisting\Chapter_10\initialize_thin_wire_updating_coefficients.m, 2640 , 2012-09-07
codelisting\Chapter_10\initialize_updating_coefficients.m, 1820 , 2012-09-07
codelisting\Chapter_11, 0 , 2019-06-25
codelisting\Chapter_11\calculate_and_display_farfields.m, 4054 , 2012-09-07
codelisting\Chapter_11\calculate_farfields_per_plane.m, 7067 , 2012-09-07
codelisting\Chapter_11\calculate_incident_plane_wave_power.m, 506 , 2012-09-07
codelisting\Chapter_11\define_sources_and_lumped_elements.m, 661 , 2012-09-07
codelisting\Chapter_11\display_transient_parameters.m, 4680 , 2012-09-07
codelisting\Chapter_11\example_11_a, 0 , 2019-06-25
codelisting\Chapter_11\example_11_a\define_geometry.m, 250 , 2012-09-07
codelisting\Chapter_11\example_11_a\define_output_parameters.m, 1352 , 2012-09-07
codelisting\Chapter_11\example_11_a\define_problem_space_parameters.m, 2718 , 2012-09-07
codelisting\Chapter_11\example_11_a\define_sources_and_lumped_elements.m, 661 , 2012-09-07
codelisting\Chapter_11\example_11_b, 0 , 2019-06-25
codelisting\Chapter_11\example_11_b\define_geometry.m, 303 , 2012-09-07
codelisting\Chapter_11\example_11_b\define_output_parameters.m, 964 , 2012-09-07
codelisting\Chapter_11\example_11_b\define_problem_space_parameters.m, 2712 , 2012-09-07
codelisting\Chapter_11\example_11_b\define_sources_and_lumped_elements.m, 663 , 2012-09-07
codelisting\Chapter_11\example_11_c, 0 , 2019-06-25
codelisting\Chapter_11\example_11_c\capture_sampled_electric_fields.m, 1826 , 2012-09-07
codelisting\Chapter_11\example_11_c\define_geometry.m, 292 , 2012-09-07
codelisting\Chapter_11\example_11_c\define_output_parameters.m, 1803 , 2012-09-07
codelisting\Chapter_11\example_11_c\define_problem_space_parameters.m, 2711 , 2012-09-07
codelisting\Chapter_11\example_11_c\define_sources_and_lumped_elements.m, 623 , 2012-09-07
codelisting\Chapter_11\initialize_incident_field_updating_coefficients.m, 1257 , 2012-09-07
codelisting\Chapter_11\initialize_sources_and_lumped_elements.m, 13048 , 2012-09-07
codelisting\Chapter_11\update_electric_fields.m, 1266 , 2012-09-07
codelisting\Chapter_11\update_incident_fields.m, 2885 , 2012-09-07
codelisting\Chapter_11\update_magnetic_fields.m, 698 , 2012-09-07
codelisting\Chapter_12, 0 , 2019-06-25
codelisting\Chapter_12\Example.br, 214 , 2012-09-07
codelisting\Chapter_12\Filter GUI, 0 , 2019-06-25
codelisting\Chapter_12\Filter GUI\3dfilter.exe, 999424 , 2012-09-07
codelisting\Chapter_12\Filter GUI\3dfilter.map, 968696 , 2012-09-07
codelisting\Chapter_12\Filter GUI\ADFT.p, 2007 , 2012-09-07
codelisting\Chapter_12\Filter GUI\cygwin1.dll, 1872347 , 2012-09-07
codelisting\Chapter_12\Filter GUI\d3dx9_32.dll, 3426072 , 2012-09-07
codelisting\Chapter_12\Filter GUI\Filter.jpg, 69373 , 2012-09-07
codelisting\Chapter_12\Filter GUI\FilterUI.fig, 10168 , 2012-09-07
codelisting\Chapter_12\Filter GUI\FilterUI.m, 25539 , 2012-09-07
codelisting\Chapter_12\Filter GUI\myfile1.txt, 215 , 2012-09-07
codelisting\Chapter_12\Filter GUI\port.txt, 68250 , 2012-09-07
codelisting\Chapter_12\Filter GUI\port2.txt, 67945 , 2012-09-07
codelisting\Chapter_12\Filter GUI\source.txt, 29985 , 2012-09-07
codelisting\Chapter_12\Part_1.br, 2140 , 2012-09-07
codelisting\Chapter_12\Part_2.br, 4022 , 2012-09-07
codelisting\Chapter_12\Part_3.br, 1245 , 2012-09-07
codelisting\Chapter_12\Part_4.br, 2185 , 2012-09-07
codelisting\Chapter_12\Part_5.br, 2202 , 2012-09-07
codelisting\Chapter_12\Part_6.br, 1507 , 2012-09-07
codelisting\Chapter_12\Part_7.br, 1060 , 2012-09-07
codelisting\Chapter_12\Patch GUI, 0 , 2019-06-25
codelisting\Chapter_12\Patch GUI\3dpatch.exe, 995328 , 2012-09-07
codelisting\Chapter_12\Patch GUI\3dpatch.map, 966443 , 2012-09-07
codelisting\Chapter_12\Patch GUI\ADFT.p, 2007 , 2012-09-07
codelisting\Chapter_12\Patch GUI\cygwin1.dll, 1872347 , 2012-09-07
codelisting\Chapter_12\Patch GUI\d3dx9_32.dll, 3426072 , 2012-09-07
codelisting\Chapter_12\Patch GUI\obs.txt, 101214 , 2012-09-07
codelisting\Chapter_12\Patch GUI\patch.jpg, 110229 , 2012-09-07
codelisting\Chapter_12\Patch GUI\PatchUI2.fig, 13436 , 2012-09-07
codelisting\Chapter_12\Patch GUI\PatchUI2.m, 37811 , 2012-09-07
codelisting\Chapter_12\TM2D Brook Source, 0 , 2019-06-25
codelisting\Chapter_12\TM2D Brook Source\tm2d.br, 14169 , 2012-09-07
codelisting\Chapter_1\figure_1_2.m, 4529 , 2012-09-07
codelisting\Chapter_3, 0 , 2019-06-25
codelisting\Chapter_3\calculate_domain_size.m, 3483 , 2012-09-07
codelisting\Chapter_3\calculate_material_component_values.m, 5164 , 2012-09-07
codelisting\Chapter_3\create_bricks.m, 670 , 2012-09-07
codelisting\Chapter_3\create_PEC_plates.m, 1100 , 2012-09-07
codelisting\Chapter_3\create_spheres.m, 546 , 2012-09-07
codelisting\Chapter_3\define_geometry.m, 882 , 2012-09-07
codelisting\Chapter_3\define_problem_space_parameters.m, 2374 , 2012-09-07
codelisting\Chapter_3\display_3D_geometry.m, 8474 , 2012-09-07
codelisting\Chapter_3\display_material_mesh.m, 414 , 2012-09-07
codelisting\Chapter_3\display_material_mesh_gui.m, 34430 , 2012-09-07
codelisting\Chapter_3\display_problem_space.m, 11214 , 2012-09-07
codelisting\Chapter_3\fdtd_solve.m, 736 , 2012-09-07
codelisting\Chapter_3\initialize_fdtd_material_grid.m, 1277 , 2012-09-07
codelisting\Chapter_3\object_drawing_functions.m, 36036 , 2012-09-07
codelisting\Chapter_4, 0 , 2019-06-25
codelisting\Chapter_4\capture_sampled_currents.m, 1320 , 2012-09-07
codelisting\Chapter_4\capture_sampled_electric_fields.m, 812 , 2012-09-07
codelisting\Chapter_4\capture_sampled_magnetic_fields.m, 891 , 2012-09-07

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • 单自由度任意时程荷载响应分析
    说明:  已知单自由度受迫振动体系的运动方程的解,是由齐次方程的通解与特解组成。其次方程的通解在无阻尼、临界阻尼、低阻尼、超阻尼中各有不同。(It is known that the solution of the motion equation of a single degree of freedom forced vibration system is composed of the general solution and the special solution of the homogeneous equation. Secondly, the general solution of the equation is different in undamped, critical damping, low damping and super damping.)
    2020-09-08 11:16:05下载
    积分:1
  • 预测反褶积的经典程序 decon
    地震反褶积程序 预测反褶积 最小子波反褶积(Deconvolution of seismic deconvolution program for deconvolution of the smallest small wave deconvolution)
    2017-11-10 09:12:37下载
    积分:1
  • 顶盖驱动流
    说明:  顶盖驱动流是不可压缩黏性的典型流动,可以用来检验各种数值算法计算精度和可靠性,目前尚不能求得它的解析解。基于Fortran 编程,采用 SIMPLE 算法求解二维方腔流动,得到流动达到稳定状态时各物理量的分布。(Lid-driven cavity flow is an incompressible viscous flow, which can be used to test the accuracy and reliability of various numerical algorithms. In this paper, based on the Fortran programming, SIMPLE algorithm was used to solve the lid-driven cavity flow. The distribution of physical quantities in the stable state was obtained.)
    2019-03-18 22:14:26下载
    积分:1
  • 双马赫反射
    求解双马赫反射问题的各种解法,黎曼求解器包括WENO格式和MDCD格式,时间方向采用Runge-kutta 方法,方程包括Euler方程和NS方程。(Program to solve Double Mach Reflection. Use WENO solver and MDCD solver to solve Riemann problem. Use Runge-Kutta to iterate in time scale. Equations conclude Euler equation and N-S equation.)
    2020-06-30 10:20:01下载
    积分:1
  • 一维和二维Airy光场的输出
    一维和二维Airy光场的输出,以及不同距离的传输模拟。自加速过程模拟(Simulation of Airy Beam)
    2021-03-22 20:29:16下载
    积分:1
  • FOLDED TOWER
    这是一个三维超混沌离散系统Folded towel函数(Three dimensional hyperchaotic discrete system function)
    2021-03-23 14:49:15下载
    积分:1
  • IMUCalibration-Gesture-master
    说明:  惯导解算,速度更新,位置更新,卡尔曼滤波(INS hen for the whole navigation system, the modules of trace-generation and SINS calculation are programmed using Matlab language.)
    2020-07-11 10:53:32下载
    积分:1
  • MainProgram
    说明:  一个基于有限元方法的平面问题求解器,支持网格类型为二维四边形四节点单元和四边形八节点单元的有限元网格: 前处理——用Abaqus建模编号并导出数据 在Matlab中读取数据文件 计算单元刚度矩阵(采用高斯积分),组集结构刚度矩阵 组集结点载荷向量,引入位移边条 求解结点位移,单元应力应变 后处理——绘制应力应变位移云图,与Abaqus结果对照(A plane problem solver based on finite element method)
    2020-12-14 16:26:40下载
    积分:1
  • 飞秒及皮秒激光 高斯脉冲在光纤中的色散
    说明:  超短脉冲是谐振腔中增益与损耗达到平衡、色散与非线性达到平衡时所产生的。啁啾型脉冲在光纤中传播,因色散作用及各种非线性作用谱线被展宽。(Ultra-short pulses are generated when the gain and loss of the cavity are balanced, and the dispersion and nonlinearity are balanced. Chirped pulses propagate in optical fibers, and their spectral lines are broadened due to dispersion and various non-linear effects.)
    2020-03-11 18:27:30下载
    积分:1
  • 二维板模型重磁异常正演
    重磁异常正演方法,是在给定地质体的形状大小、空间位置及物性参数的条件下,求它外部空间任意点上的物理场值。(The forward method of gravity and magnetic anomaly is to calculate the physical field value at any point in the outer space of a given geological body under the condition of its shape, size, space position and physical parameters.)
    2019-05-09 16:57:27下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载