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White Papers

The Value of High-Performance Computing for Simulation - White Paper

High-performance computing (HPC) is an enormous part of the present and future of engineering simulation. HPC allows best-in-class companies to gain high-fidelity insight into product behaviour, insight that cannot be obtained without the detailed simulation models – including more geometric detail, larger systems, and more complex physics. When applied to design exploration that enables a product development organization to explore how a design will behave across a range of real-world operating conditions, HPC can lead to robust product performance, and reduced warranty and maintenance costs.

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Webinars

Planar Magnetics Component to System Design - Achieving Higher Efficiency, Lower Footprint, Better Thermal Management - Webinar

Planar transformers and inductors are ideal for today’s high density electronics because they have low profile magnetic cores, superior heat dissipation capability, lower leakage inductance and less AC winding. The design of these components, however, is complex and requires a non-intuitive selection of the core. In addition, these components can be a considerable heat source and cause EMC/EMI issues.

During this webinar, we examine several planar magnetic device designs at the PCB level. We use ANSYS HFSS and ANSYS Maxwell to demonstrate component-level analysis. This example is based on a push-pull converter with an integrated magnetics component and a silicon MOSFET switching circuit.

Run Time - 33 min

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Webinars

Comment obtenir rapidement des maillages de qualité sur des géométries complexes avec ANSYS Fluent Meshing - Webinar

La modélisation en CFD de systèmes de plus en plus complexes nécessite de disposer d’outils performants pour obtenir rapidement des maillages de qualité. ANSYS Fluent Meshing répond à ce besoin en proposant un ensemble d’outils appropriés à la gestion de géométries complexes. Ces approches sont utiles pour des industries aussi diverses que le biomédical, l’automobile, l’aéronautique ou le pétrole.

En version 16, ANSYS Fluent Meshing intègre une arborescence, facilitant l’utilisation des contrôles disponibles, que ce soit : la définition du maillage par size functions, les outils de wrapping, la possibilité de combiner plusieurs maillages ou bien encore l’automatisation par script. ANSYS Fluent Meshing vous permet de travailler directement à partir d’une géométrie classique ou facétisée, ou bien encore d’un maillage préexistant.

Ce webinar présentera le cadre d’utilisation de ANSYS Fluent Meshing en version 16, les fonctionnalités et approches qu’il offre ainsi que des illustrations de sa mise en œuvre.

Run Time - 77 min

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White Papers

2014 Global Simulation Market for Discrete Industries Product Leadership Award - White Paper

Frost & Sullivan has a global team of analysts and consultants continuously researching a wide range of markets across multiple sectors and geographies. As part of this ongoing research, we identify companies that maintain consistently high standards for product or service quality and innovation, allowing them to form deep relationships with their customers. This research involves extensive primary and secondary research across the entire value chain of specific products. Against the backdrop of this research, Frost & Sullivan is pleased to recognize ANSYS as the Product Leader in the Simulation Solutions market.

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Video

Accessible and Affordable Engineering Simulation for Academic Environments - Video

ANSYS now provides multiphysics campus-wide solution (cws) for academia. ANSYS is providing more value than ever before--in terms of the amount & breadth of software to engineering schools. Schools can now stretch their dollars much further & ensure greater access to all on campus. Academic IT/HPC directors, deans & professors can learn about campus-wide solution through this video.

Run Time - 3:44

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Webinars

ANSYS 16.0 电机设计平台

本次网络研讨会主要介绍的电机设计平台,是通过脚本对Maxwell进行的二次开发。包括新版本的UDO和Toolkits的介绍,新版本的Toolkits能够自动求取永磁同步电动机和三相感应电机的效率Map图,求解过程中考虑多种不同的控制算法、考虑不同频率下铁耗系数的变化,考虑温度、频变交流电阻、斜槽的影响。除此以外,本次研讨会还会介绍针对不同电机企业的需求,定制化自己的电机分析流程和研发环境,大大提高企业的研发效率,加速产品研发进程。

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Webinars

ANSYS 16.0 HFSS高性能计算的设置和应用

随着电磁场仿真规模的不断增长,对仿真工具的速度和规模都提出新的要求和挑战,ANSYS公司的HFSS作为业界领先的三维电磁场仿工具以其精确的特点被广泛应用于天线、微波器件、封装/PCB高速高频等领域;为了满足仿真效率和仿真规模的要求,ANSYS在HFSS12开始推出HPC高性能求解模块,以其独特的域分解以及谱域分解技术大大提升了HFSS仿真效率;本次Webminar将详细介绍HFSS新版本软件在高性能求解技术的改进和应用,介绍如何快捷方便的进行相关设置以达到最优的效率提升和规模提升。

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Webinars

ANSYS 16.0 Workbench网格剖分技巧

网格生成是工程仿真分析中不可缺少的一部分。网格过多会导致求解时间增长,网格过少会影响计算结果的精度。最新发布的ANSYS 16.0 Meshing可以同时满足这些要求,在每一个工程仿真分析中都能确保良好的网格质量和较高的自动化程度。ANSYS Meshing的技术是建立在高级、领先的网格划分工具上,其强大的网格划分功能集中了ANSYS其它网格划分软件的优势。此次meshing ,除了提升网格划分能力和操作易用性外,还增加了如节点移动、节点合并等全新功能。本次课程将介绍上述Workbench网格剖分技巧 。

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Webinars

ANSYS 16.0 SIwave, Designer, HFSS and Q3D新功能介绍

本次Webinar将概要介绍ANSYS 16.0 系列电磁软件SIwave, Designer, HFSS and Q3D新功能。

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Webinars

ANSYS 16.0 HFSS的新功能

本次Webniar将详细介绍HFSS 16.0 新功能:包含全新ANSYS电子桌面、带加密功能的组件库模型、实现整个设计链中实现协作、HFSS瞬态隐式求解器、ANSYS HFSS允许用户建立3D仿真器件来进行器件复用,并与合作伙伴共享,可显著提高工程效率,HPC资源自动优化分配,组件的网格复用和装配.本次Webinar将着重介绍HFSS 16.0的上述新增/增强功能。

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