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ANSYS Customization Solutions for Electronics - Webinar
For more than a decade, leading companies around the world have relied on ANSYS customization solutions for fluid, structural and electromagnetic simulations. ANSYS Customization Suite enables workflow automation by enhancing speed and ease of modeling, simulation setup and post capabilities for electronic simulations. In addition to these standard features and functionalities, ACS offers advanced capabilities via the ANSYS Application Customization Toolkit that specializes in application customization for advanced modeling needs. A typical design scenario in the electronics industry seeks a faster design cycle with less turnaround time. This industry includes products ranging from smartphones to laptops to individual chips and electronic components. Simulation plays an important role minimizing the number of prototypes. ACS capabilities, such as the CAD cleanup template for electronics, fatigue-related post-processing for packages and custom heat sink creation extensions, facilitate easy model building — even for basic CFD or structural simulation users. In addition to workflow streamlining with customized user interfaces, ANSYS customization facilitates advanced simulation needs including network modeling and trace import facilities in structural simulation for thermal warpage analysis. This webinar provides an overview of customization solutions for the CFD and FEA simulations in the electronics industry. The webinar also provides attendees with detailed in

Author: ANSYS, Inc.
Type: Webinar
Date: Dec 17 2014

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Using ANSYS Tools to Perform Efficient Explicit Simulations ...
Creating efficient finite element models is critical to effectively utilizing the explicit method to solve highly dynamic behavior, for example for drop testing or blast loading. Simulation using explicit dynamics tools — including ANSYS Autodyn, ANSYS Explicit STR and ANSYS LS-DYNA — can be performed more quickly and with better results by using some best practices. Attend this webinar and learn useful tips to perform more efficient explicit dynamics analyses including how to access parallel processing, create efficient explicit meshes and utilize mass scaling.

Author: ANSYS, Inc.
Type: Webinar
Date: Dec 17 2014

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ANSYS Mechanical y APDL
En la actualidad, empresas con amplia experiencia en el campo de la simulacion con ANSYS, se enfrentan al reto de combinar modelos existentes en lenguaje ADPL (ANSYS Parametric Desing Language) con nuevos desarrollados en ANSYS Mechanical: Decidir que entorno es el más adecuado para el desarrollo de una nueva aplicacion, poder reincorporar modelos antiguos o reusar scripts de APDL. En este webinar repasaremos que posibilidades hay para reutilizar modelos y scripts previamente creados en APDL, acceder a funcionalidades avanzadas en ANSYS Mechanical asi como combinar ANSYS Mechanical con APDL para personalizar nuestra simulacion.

Type: Webinar
Date: Dec 11 2014
Product Category: Structural Mechanics

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Turbomachinery Simulation: FSI for Blade Flutter in a ...
Flutter is the vibration of a mechanical system at or near natural frequencies of the system. As aerodynamic forces feed energy into the system, the flutter amplitude increases with time, which can lead to high-cycle fatigue failure in turbomachinery. To better understand this phenomenon, researchers at Stellenbosch University in South Africa used ANSYS CFX and ANSYS Mechanical to simulate flutter at an excitation frequency of 660 Hz and a supply pressure of 2.5 bar in an axial flow compressor. They then compared the simulation results with experiments designed to excite the first rotor blade row of a Rofanco axial flow compressor at the same frequency. In this webinar, they present the details of their simulations, and show how the results closely match those obtained experimentally. Join us to learn how you can apply their simulation methods to your turbomachinery equipment to understand flutter and possibly reduce its occurrence.

Author: Jaco Brandsen and Johan van der Spuy, Stellenbosch University
Type: Webinar
Date: Dec 10 2014
Product Category: Structural Mechanics
Industry: Industrial Equipment

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Using ANSYS HFSS in a Standard MMIC RFIC Design Flow ...
It has become increasingly difficult to meet electrical performance targets as MMIC, RFIC and RF packaging technologies have advanced to higher frequencies and integration levels. Designers, in order to avoid failure, must determine how layout geometries will impact overall performance and analyze how to capture electrical interactions between metalized structures on highly integrated circuits. Join us as we highlight three new key ANSYS HFSS features that make it easier for circuit designers to manipulate passive layout structures and simulate their most challenging problems. Recent product developments allow RF and microwave engineers to access the accuracy and speed of ANSYS HFSS to analyze circuit layouts created with ADS or Microwave Office as part of their primary design flow or choose to address RF/mW circuit design or signal integrity analysis in the ANSYS HFSS design environment.

Author: ANSYS, Inc.
Type: Webinar
Date: Dec 05 2014
Product Name: ANSYS HFSS
Product Category: Electronics
Industry: High Tech

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Calcul d'antennes en réseau et de grande dimension avec ...
Les dernieres versions de HFSS se sont particulierement ameliorees pour le calcul d'antenne. Ce seminaire en ligne illustrera les dernieres possibilites de HFSS pour la simulation d'antenne reseau. Les points techniques suivants seront abordes :- la simulation de grand reseau avec HFSS avec la methode à decomposition de domaine et la methode FEBI,- la cosimulation electrique et electromagnetique pour la prise en compte des circuits sur le diagramme de rayonnement et l'adaptation,- le positionnement d'antenne(s) sur porteur.

Type: Webinar
Date: Nov 27 2014
Product Category: Structural Mechanics

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Simulating Composite Products with ANSYS - Webinar
Advanced composite materials, offering strength and weight advantages over metals, are finding increasing use in a wide range of industries. The engineering of composite structures involves complex definitions that includes numerous layers, materials, thickness and orientations. Simulation with Computational Structural Mechanics (i.e. FEA) is ideal for analysing stresses and deformations as well as a range of failure criteria. The engineering challenge being to predict how well the finished product will perform under real-world working conditions. Please join us for this one-hour webex to see the capabilities of the ANSYS suite of tools for composite simulation and the engineering insight provided by these. In addition, through a product demonstration of ANSYS Composite PrepPost and ANSYS Mechanical, attendees will see how engineers use this tool set to build models and understand how they will perform under various loading conditions through an intuitive and easy-to-use work flow.

Author: ANSYS, Inc.
Type: Webinar
Date: Nov 26 2014
Product Name: ANSYS Composite PrepPost
Product Category: Structural Mechanics
Industry: Aerospace & Defense
Sub-Industry: Appliances

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To Showcase the Noise and Vibration Capability of the ...
Noise and vibration issues affect a wide range of industries. In addition, they often arise late in the development cycle at the prototype stage and are so difficult and expensive to mitigate. However, with the increased use of transient simulation and dynamic analysis, there has been rapid growth in recent years in the use of engineering software for the prediction of noise and vibration in industrial applications. This webinar presents an overview of the hierarchy of methods that exists within the ANSYS CFD and FEA software to address the noise and vibration problems. The widespread application of these methods is demonstrated by test cases taken from, for example, the automotive gas turbine, aerospace and sound reproduction industries.

Author: ANSYS, Inc.
Type: Webinar
Date: Nov 26 2014
Product Name: ANSYS Mechanical
Product Category: Fluid Dynamics
Industry: Aerospace & Defense
Sub-Industry: General Industrial Equipment

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Wind and Tidal Stream Modelling Using ANSYS CFD ...
The analysis of wind farm sites, Wind Resource Assessment, has traditionally been carried out using simplified flow analyses implemented in special purpose software such as WasP. These methods can work very well for simple sites with relatively flat terrain. However, because of the need for greater accuracy and reliability, and the need to consider more challenging sites, e.g. with complex terrain, forestry or strong wake interactions, CFD is being increasingly used for Resource Assessment. WindModeller has been developed by the Technical Services Team in the UK and is a vertical application based around ANSYS CFD to enable the analysis of potential wind farm sites. It has also been modified to enable the modelling of tidal stream farms in a similar fashion, leading to TideModeller. This webinar will describe: - The technical challenges faced by the Wind and Tidal Energy Industries and benefits of CFD simulations. - An overview of the advanced CFD models in WindModeller to meet these challenges, including complex terrain, forestry, wakes and atmospheric stability. - The analysis of CFD results to provide the information required by the wind industry. - The extension of the methodology to tidal stream farms.

Author: ANSYS, Inc.
Type: Webinar
Date: Nov 25 2014
Product Name: ANSYS CFD
Product Category: Fluid Dynamics
Industry: Energy

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The Study of Bolt Severance by a Bolt Cutter - Webinar
Severing a bolt is a dynamic and complicated event; the severance mechanism has been difficult to understand because the entire process takes less than one millisecond. Bolt severance includes both penetration of the bolt by the downward-accelerating knife, and fragmentation of the bolt on the wedge-shaped anvil underneath. To better understand the bolt severance mechanism for reliable bolt cutter design, engineers at Pacific Scientific Energetic Materials Company used ANSYS Autodyn explicit dynamics software in Lagrangian mode. In this webinar, you will learn that fast pressure rise and high peak pressure are the most critical parameters for bolt severance. You will also take away an understanding of the five-step mechanism for bolt severance that the engineers extracted from post-simulation analysis.

Author: Ralph Hsiao, Pacific Scientific Energetic Materials Company
Type: Webinar
Date: Nov 21 2014
Product Name: ANSYS Autodyn
Product Category: Structural Mechanics

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