HFSS 11有哪些新功能

New higher-order hierarchical basis functions combined with an iterative solver provides accurate fields, smaller meshes, and efficient solutions for large multi-wavelength structures.
Enhanced port solver: HFSS can simulate lower frequencies than before and will have a lower noise floor.
新增的高次模分级原理功能(这个翻译我不确定, 请高手指正)结合迭代解算器提供更准确的场型, 更细的网格划分, 对大的多频结构更有效率的解算. 增强的端口解算器, V11可以模拟更低的频率并降低了软件的解算误差.
Floquet Ports: these periodic ports enable designers of phased-array antennas and frequency-selective surfaces to obtain separate fields into modes for better understanding and examine phase information for each mode.
傅里叶端口: 这种周期性的端口可以使相控阵天线和频率选择表面的设计者能够得到不同传输模式下的场型, 从而能够更好地理解和验证每种模式下的相位信息.
Optimetrics?now offers genetic algorithm
微调: 现在提供基因演算法.
New Auto-assign capability for terminals
新增终端自动指定功能
Complex geometries solve 2-5X faster using half the memory with the new v11 fault tolerant, high-quality finite element mesher
V11因为新增的容错能力及高效的有限元网格划分器, 使得它可以用约一半的内存实现比V10快2-5倍的解算速度
Expanded Distributed Solve Option
扩展的分布式解算选项
Automatic Distributed Solve of discrete and interpolating frequency sweeps
对离散扫描及插值扫描的自动分布式解算
Now available for parametric sweeps, optimization, sensitivity analysis, and statistical analysis
提供参扫, 优化, 灵敏度分析和统计分析
Improved Dynamic Links SIwave-HFSS and HFSS-HFSS
Link is now based on both E- and H-field; greater accuracy in case of enforced field in HFSS-HFSS link
改良Slwave到HFSS及HFSS到HFSS的动态连接, 同时连接电场与磁场, 对HFSS到HFSS连接中的强化场可实现更高的准确性.
New report editor for better usability
新的更方便使用的报告编辑器
Feature-rich 2D plots
2D绘图提供更多的图形种类

thanks for telling

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