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Carnegie Mellon SCADE Academic Program
This video explains how Carnegie Mellon University is using SCADE for academic programs within the university.

Author: Sandip B Yeole-Assistant Consultant-TATA Consultancy Services
Type: Testimonials

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Simulation-Driven Product Development for Wireless Power ...
Sponsored by IEEE, a 30-minute tutorial by Scott Stanton, ANSYS Technical Director, on using ANSYS products to simulate wireless power transfer.

Type: Demo
Product Name: SCADE Display
Industry: Automotive

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Advancing Solid Rocket Propulsion System Design Using ...
Solid rocket propulsion systems are important for a wide variety of civilian and military purposes. Funding for system design and development has been significantly reduced however, compared with early development programs, which dictates limited testing and ambitious development schedules. Design approaches have also evolved, moving from those based primarily on empirical rules and relationships to more mechanistic, physics-based simulation methodologies. Computational fluid dynamics (CFD) and multi-physics simulation tools help meet both these new demands. First, ‘numerical’ experiments performed using CFD complement physical experiments and minimize the need for expensive physical design and development testing, and the physical experiments still performed can be better designed using CFD to better satisfy test objectives and minimize design uncertainty. Second, CFD inherently supports the mechanistic, physics-based design approaches. And third, CFD capabilities have significantly improved. Not that long ago, if you wanted a computational tool you needed to write large parts of it yourself, act as an IT expert, and run the tool on a mainframe that had less capability than your smartphone. Now, faster computers, improved algorithms, and commercial codes that alleviate the need for in-house software development continues to expand the range of problems that can be economically analyzed with CFD. Orbital ATK have been at the forefront of developing the CFD-bas

Author: ANSYS
Type: Webinar
Product Name: ANSYS Fluent
Product Category: Multiphysics
Industry: Aerospace & Defense

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Advances in Turbomachinery Design by Coupling ANSYS and ...
Faced with ever-increasing goals for performance, reliability, cost and time-to-market, turbomachinery designers need enhanced design and analysis tools. Integrating Turbodesign 1 inverse design software from Advanced Design Technology (ADT), based in London, U.K., into ANSYS Workbench has resulted in a major simulation software enhancement for turbomachinery designers. Attend this webinar to learn how the integrated software enables faster and better aerodynamic or hydrodynamic design of turbomachinery blading. Discover how the software enables execution of parametric studies, response surface and direct optimization within ANSYS Workbench, with seamless data transfer exchange between Turbodesign 1, TurboGrid and CFX.

Author: ANSYS
Type: Webinar
Product Name: ANSYS CFX
Industry: Industrial Equipment

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ANSYS AIM 17.0: Simulaciones para todos los ingenieros
Con ANSYS AIM, cada ingeniero de su organización puede realizar simulaciones de diseño de productos con alto grado de detalle, incluyendo modelos multifísicos sin comprometer caracterisiticas como la velocidad, robusted o la precisión de la simulación. De esta forma, AIM combina un entorno de simulación innovador y envolvente con una tecnología de análisis líder en la industria, incorporando además un proceso de simulación guiado y personalizable. Asista a este webinar para descubrir como cualquier ingeniero de su organización puede beneficiarse del uso de las soluciones de ANSYS AIM. Descubra lo facíl que es realizar simulaciones previamente complejas en todos sectores, utilizando este entorno de simulación único.

Author: ANSYS
Type: Webinar
Product Category: Electronics

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Des simulations électromagnétiques transitoires 10 fois plus ...
Avec la version 17.0 d’ANSYS Maxwell, une nouvelle méthode, brevetée, de résolution de calculs transitoires est mise à disposition de nos clients.
Ce webinar vous permettra de prendre connaissance de cette méthode, de découvrir comment l'utiliser et voir les gains massifs en terme de réduction du temps de calcul qui en résulte.

Author: ANSYS
Type: Webinar

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ANSYS AIM: Simulation for Every Engineer - Webinar
With ANSYS AIM, every engineer in your organization can perform high-fidelity, single-, multiple, or multi-physics product design simulations, without compromising on speed, robustness or accuracy. AIM combines an innovative, immersive simulation environment with industry-leading solver technology in a guided, customizable simulation process. Learn how every engineer in your organization can benefit from using ANSYS AIM solutions. Discover how easy it can be to perform previously complex simulations across all industries using this unique simulation environment.

Author: ANSYS
Type: Webinar
Product Category: Multiphysics

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Novedades de ANSYS SpaceClaim 17.0
Velocidad de diseño, conceptualización, edición y preparación de la geometría para el análisis siempre ha sido el enfoque principal de ANSYS SpaceClaim. ANSYS 17.0 incluye numerosas mejoras en las herramientas de análisis existentes de ANSYS SpaceClaim Direct Modeler, tales como estampación, extracción de superficies medias y de secciones de vigas. Las nuevas funcionalidades incluyen capacidades de scripting, herramientas de reparación de aristas y redondeos y una herramienta de creación de soldadura para modelos de placas. Asista a este webinar y aprenda más sobre dos importantes mejoras en SpaceClaim Direct Modeler (además de las mencionadas anteriormente): una herramienta para limpiar mallas STL llamada Skin Surface y una utilidad de simplificación de datos facetizados llamada Shrinkwrap. Skin Surface añade más capacidades de ingeniería inversa creando geometría de superficie en formas prismáticas u orgánicas, tales como datos escaneados de un organismo vivo. Shrinkwrap se acopla con Skin Surface para facilitar escaneos difíciles (o datos CAD erróneos) y consolida aún más cualquier modelo facetizado.

Author: ANSYS
Type: Webinar
Product Category: Electronics

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10 New Advancements in Aerospace Simulation with ANSYS ...
From improving fuel efficiency to innovating unmanned aerial vehicles to designing the latest components for the private space industry, ANSYS engineering solutions are helping to revolutionize the way we fly. ANSYS 17.0 has many new features to meet the toughest challenges of the rapidly evolving aerospace industry. Discover 10 major advances in core technology areas of aerospace simulation incorporated in ANSYS 17.0. Learn how these simulation enhancements support the industry’s key business initiatives, such as designing aircraft with less environmental impact and improving passenger comfort and safety. We will also discuss the technology behind advances such as composite material curing, integrated icing simulation and a new system avionics package.

Author: ANSYS
Type: Webinar
Industry: Aerospace & Defense

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ANSYS SCADE System Avionics Package: How to Design ...
Ensuring robust system management and control of the thousands of signals that are transmitted aboard an aircraft every second is one of the most complex and critical jobs of today’s avionics engineers. With so many systems and signals, how can engineers manage them all with 100 percent reliability and confidence? Creating a well-integrated systems architecture, and expressing that architecture in Interface Control Documents (ICDs), is an incredibly challenging, time-consuming exercise. Learn how the new ANSYS SCADE System Avionics Package can help you to streamline your avionics systems architecture process with the creation of ICDs. Discover how ANSYS solutions can assist you in understanding and meeting the requirements of many standard protocols, including ARINC 653, ARINC 429, CAN and ARINC 664, to ensure the integrity of all your safety-critical avionics systems.

Author: ANSYS
Type: Webinar
Product Name: SCADE System

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