Altair HyperWorks Feko 2021.1.0-0daytown

FEKO 是一款综合性计算电磁学 (CEM) 软件，广泛应用于通信、汽车、航空航天和国防行业。FEKO 在单个许可证下可提供多个频率和时域电磁求解器。这些方法相互结合，便可高效分析各类 EM 问题，包括天线、微带电路、射频组件、生物医学系统、天线在大结构中的布局、散射计算以及电磁兼容性 (EMC) 研究等。

FEKO 还具有专门用于解决更为复杂的 EM 相互作用问题的各种工具，其中包括用于特性模式分析 (CMA) 和双向电缆耦合的专用求解器。该软件还提供特定公式，用于对集成车窗天线和天线阵列进行高效仿真。

结合多层快速多极子 (MLFMM) 算法并且实现多种求解器混合使用后，FEKO 被视为天线布局分析领域的全球市场领导者。
优势
一款产品，多种求解器

电磁应用的复杂性和变化多样的尺寸，因此不存在任何单一数值方法能够有效处理所有应用。 FEKO 提供一系列不同的求解器，用户可以选择最适合解决问题的方法，也可以采用多个求解器进行交叉验证。所有求解器都包含在 FEKO 中，并且没有单独进行授权。

真正的混合

在某些情况下，单一求解器可能不足以解决颇具挑战性的难题。FEKO 结合了各种有益特性，能够提供行业领先的不同求解器的组合。因此，可以更为高效、精确地对各种电磁的复杂问题进行分析。

求解器的准确性和性能

在 FEKO 中，可对各种数值方法进行广泛验证（分析解决方案、测量、交叉验证）和增强，从而确保方案的准确性。求解器性能和并行扩展功能可不断进行优化，从而获得领先的计算效率。

HWU 许可证价值

作为 HyperWorks 套件的一部分，FEKO 可以在不额外增加成本的情况下与其他产品（例如 HyperMesh 或 HyperStudy）配合使用。这就是获得专利的 HyperWorks Unit 许可模式的价值。

专业解决方案

FEKO 提供唯一的商业 CMA 求解器。此外，还提供面向双向电缆耦合、天窗天线和大型有限阵列的专业数值解决方案，从而减少计算需求。模型分解工作流程可用于解决经典的天线布局问题，从而使发射/接收天线的表示方法等效。

用户界面和用户体验

用户界面直观、易用，旨在简化主要的工作流程并丰富用户体验。

技术支持和培训

出色的本地技术支持网络。可提供全面、深入的培训课程，帮助用户缩短学习时间。
功能
如需了解有关 FEKO 功能的详细说明，请参阅我们的产品手册。

求解器概述

时域和频域全波求解器：MoM、FDTD、FEM 和 MLFMM

渐近法：PO、LE-PO、RL-GO、UTD

真正结合使用多种方法，以求解大型复杂多尺度问题

独特的特性模式分析 (CMA) 求解器可计算模态电流、特征值、模态意义和特征角

有关不同数值求解器公式及其优点/缺点的详细信息，请参见本技术文献。

求解器性能特征

FEKO 求解器已完全并行化并已经过优化，可利用多 CPU 分布式存储器资源

基于 GPU 的求解器加速

经过优化的核外求解器，可在达到 RAM 限制后实现解决方案

有关求解器性能和并行换算的详细信息，请参见本技术文献。

用户界面

最先进的 3D Parasolid CAD 建模界面，包括导入/导出 CAD 和网格格式

集成网格引擎，用于生成三角形、四面体和其他仿真网格

全面的后处理功能，包括生成 1D、2D、3D 绘图、导入测量结果、生成报告等

完全实现 Lua 脚本处理自动化，可实现建模、配置和后处理，并支持宏录制

优化

采用 GA 和粒子群算法等多种算法对多变量和多目标问题自动进行优化

实时监视优化过程

可与 HyperStudy 接合

专用解决方案

与复杂电缆束双向耦合，并可沿任意电缆路径进行耦合

专用求解器可对集成到分层车窗中的天线进行高效分析

适用于有限阵列和无限阵列以及周期性结构的高效方法

特殊材料和复合材料

模型和域的分解

对一些 EM 问题进行分解，以减少计算成本

用于复杂源和接收器的数值高效等效源

非辐射网络

在仿真中可包含集总电路、线性电路模型，通常用于匹配网络

S、Z 或 Y 参数文件或 SPICE 电路文件网络定义

接口

导入/导出电路板大部分主流格式、如Gerber、ODB++ 和 3di 的 CAD 或网格格式

其他 HyperWorks 产品，包括 HyperStudy、HyperMesh

Optenni Lab 链接，用于自动生成匹配电路

EMIT 接口，用于进行同址干扰分析

导入 CST、Cadence、FEST3D、GRASP 和 SEMCAD 结果、Satimo 测量和 Touchstone 文件

Altair HyperWorks Feko 2021.1.0 | 2.4 Gb

Altair, a global technology company providing solutions in simulation, high-performance computing (HPC), and artificial intelligence (AI) announces the release of its latest simulation solutions, including comprehensive computational fluid dynamics (CFD) and expanded capabilities in electronic system design (ESD). Updates include all major CFD solutions under a single license, expanded end-to-end electronic system design capability, and seamless access to the cloud.

Unparalleled breadth of CFD solutions under a single license

Altair CFD is a cost-effective alternative to purchasing individual tools from multiple software vendors by delivering all major CFD solutions under a single license including:

– General purpose fluid dynamics and thermal simulation leveraging the Navier-Stokes (NS) method
– Simulation of oiling, sloshing and mixing with smoothed-particle hydrodynamics (SPH)
– External aerodynamics simulation using the Lattice Boltzmann method (LBM)
– Simulation of particle fluid systems with the discrete element modeling (DEM) method
– Modeling of complex, integrated thermo-fluid systems leveraging Altair’s unique system modeling technology

This ensures engineering teams always have the most appropriate technology available for each application, reducing modeling and product development times. Altair CFD provides advanced capabilities including coupling between several different CFD applications as well as with other applications such as structural analysis, etc.

Additionally, the LBM and SPH codes in Altair CFD were written from the ground up using native graphics processing unit (GPU) codes, enabling faster simulations, more design exploration, and improved product performance.

Expanded end-to-end electronic system design capabilities

Altair’s electronic system design toolset has a new thermal management workflow to enhance the design of electronic devices. In addition to the existing Altair SimLab workflows for structural stress, vibration, and drop-test performance, product engineers can now ensure the cooling of printed circuit boards (PCBs) and complete systems to prevent overheating, product reliability issues, or expensive late-stage redesigns.

Smart connected devices increasingly need high-speed memory. Altair PollEx has added signal integrity automation for double-data rate (DDR) memory interfaces, enhancing optimization of DDRx timing, transmission lines, topology, and terminations. Other improvements include additional power integrity simulation and the capability to export PCB layers for thermal management analysis. For more information about the latest enhancements to Altair’s ESD solutions, register for the upcoming “Modern Electronic System Design Webinar Series.”

Zero-download simulation in the cloud with Altair One

Altair One is a single portal for Altair’s products, accessible anywhere via standard workstations, PCs, laptops, and mobile devices. Users can launch simulation applications in the cloud from a single interface with easy access to resources that are on-premises, in the cloud, or a hybrid. Product teams can increase simulation-driven design collaboration by securely uploading, accessing, storing, and managing data using the Altair One drive.

Altair One does not require additional capital expenditures on complex IT and can scale immediately in response to peaks in workload. It also empowers users to provision turnkey, scalable appliance clusters across all major cloud providers including Amazon AWS, Microsoft Azure, Oracle Cloud Infrastructure, and Google Cloud Platform.

Flexibility is further enhanced by Altair Units, Altair’s patented, subscription-based licensing model, which allows organizations to pay only for what their employees need, when they need it. This includes the new Product Engineer bundle that automates and simplifies complex analysis tasks for multiple physics.

Altair HyperWorks Feko 2021.1 Release Notes

Feko is a powerful and comprehensive 3D simulation package intended for the analysis of a wide range of electromagnetic radiation and scattering problems. Applications include antenna design, antenna placement, microstrip antennas and circuits, dielectric media, scattering analysis, electromagnetic compatibility studies including cable harness modelling and many more.

WinProp is the most complete suite of tools in the domain of wireless propagation and radio network planning. With applications ranging from satellite to terrestrial, from rural via urban to indoor radio links, WinProp’s innovative wave propagation models combine accuracy with short computation times.

newFASANT complements Altair’s high frequency electromagnetic software tool (Altair Feko) for general 3D EM field calculations, including, among others, special design tools tailored for specific applications like complex radomes including FSS, automated design of reflectarrays and ultra-conformed reflector antennas, analysis of Doppler effects, ultrasound systems including automotive or complex RCS, and antenna placement problems. Advanced solver technologies like the MoM combined with the characteristic basis functions (CBFS), PO/GO/PTD, GTD/PO and MLFMM parallelised through MPI/OpenMP, being some of them especially efficient for the analysis of electrically very large problems.

Altair Feko 2021.1 solves even more connectivity, compatibility, and radar challenges adding support for multi-frequency data and a new asymptotic solver for high frequency antenna placement applications. Post-processing for automotive radar signals now supports systems parameter effects.

Altair is a global technology company that provides software and cloud solutions in the areas of product development, high performance computing (HPC) and data analytics. Altair enables organizations across broad industry segments to compete more effectively in a connected world while creating a more sustainable future.

Product: Altair HyperWorks Feko
Version: 2021.1
Supported Architectures: x64
Website Home Page : http://www.altairhyperworks.com
Language: english
System Requirements: PC *
Size: 2.4 Gb