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ANSYS Maxwell Model-Based FEA Integration into NI HiL ...
The embedded software development process starts with the design of the control strategy and then goes through prototyping and deployment to production hardware. That is followed by various real-time testing tasks such as hardware-in-the-loop (HiL) validation, test cell validation and field testing. The focus is commonly on the reuse of models throughout the process to improve development quality and efficiency. View this webinar in which we will demonstrate how ANSYS Maxwell can be used in the simulation-driven design of a typical motor drive application with a battery stack, a battery management system, a DC bus, an inverter and a traction motor. The trend is toward faster, higher power PWM signal switching. The smoothness of this output waveform has a huge impact on the behavior of the closed-loop system; its dynamics affect the efficiency and vibration of the motor. Learn how a well-tuned HIL system can help test and diagnose problems, and in doing so can lead to a safer, more efficient closed loop control system. Discover how performing this software-based test often reduces the time required for controller validation.

Author: ANSYS
Type: Webinar
Date: Jul 27 2015
Product Name: ANSYS Maxwell

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Modeling Internal Flow-Induced Motion with ANSYS Fluid ...
The internal flow of fluids through pipe connections, flow meters, valves, distributors and other parts can generate unsteady forces on the surrounding parts that cause them to move. Sometimes this movement is intentional and necessary, and sometimes it is unintentional but unavoidable. In either case, it is important to understand the impact of fluid forces on the surrounding equipment and its performance. View this webinar and join us to learn how ANSYS fluid-structure interaction simulations, including harmonic analysis, can be used to understand the effects of flow-induced motion in industrial equipment. Discover how vibrations and repeated motion of these structures can lead to fatigue or induce process excitation in the system, thereby compounding the effects and further impacting performance.

Author: ANSYS
Type: Webinar
Date: Jul 27 2015
Product Category: Fluid Dynamics

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Functional Respiratory Imaging Accelerating Clinical ...
FLUIDDA has developed a new medical diagnostic solution called Functional Respiratory Imaging (FRI) by combining High Resolution CT Thorax (HRCT) and flow simulation using computational fluid dynamics (CFD). FRI provides local information about the lung structure (through HRCT measurement) and function (using ANSYS CFD). This is just one more way in which simulation is being adopted by the healthcare industry to understand and solve medical diagnostic and treatment challenges. View this webinar now and learn how combining CFD simulation with imaging technology was used to help more than 1,500 people suffering from various pathologies, including asthma, COPD, cystic fibrosis, chronic sinusitis and idiopathic pulmonary fibrosis, just to mention a few. FRI can help doctors to better understand respiratory illnesses and develop a treatment plan specific to each patient, leading to improved outcomes.

Author: ANSYS
Type: Webinar
Date: Jul 27 2015
Product Name: ANSYS CFD
Product Category: Fluid Dynamics
Industry: Healthcare - BioMed
Sub-Industry: Respiratory

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Understanding Hardware Selection for ANSYS 16.0 - Webinar
Hardware selection for engineering simulation software is often a confusing undertaking: Performance can vary with workload, and hardware accelerators add unique and powerful considerations. Optimizing detailed hardware configurations that match both your ANSYS 16.0 software investment and how you use it can be a challenge.
View this webinar to learn about recommended hardware configurations, focusing on workstation desktop hardware through a cluster of servers, for various usage and license scenarios that will help you to maximize your return on investment. ANSYS 16.0 benchmark data will be presented to guide you in your own selection. In addition, you will receive recommendations on when to select hardware accelerators like NVIDIA GPUs and Intel Xeon Phi coprocessors to speed up your ANSYS simulations.

Author: ANSYS
Type: Webinar
Date: Jul 10 2015
Product Category: High Performance Computing

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Getting Connected with ANSYS EKM Open Collaboration ...
Collaborating across engineering teams at universities and research centers has never been easier with ANSYS EKM open collaboration platform. ANSYS Engineering Knowledge Manager (EKM) provides a comprehensive solution for managing simulation data and processes, helping engineering teams to leverage their CAE data and make faster, more informed design decisions. ANSYS EKM helps engineering students and researchers to collaborate across dispersed teams by: - Managing live project data - Deploying simulation to HPC facilities - Performing smart searches and data mining - Automating simulation processes View this webinar to learn how ANSYS EKM integrates mechanical, electrical, thermal and fluids simulation solutions. Discover how EKM can serve as a multi-user/multi-site collaborative environment for data storage, access, extraction and comparison of simulation data at universities and research centers. This webinar will also include a demonstration of EKM at the University of São Paulo, Brazil.

Author: ANSYS
Type: Webinar
Date: Jul 10 2015
Product Name: ANSYS EKM

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Will CFD Influence the Winner of the Tour de France - Webinar
The team time trial stage in the Tour de France, or any major race, is always impressive because of the speed of each team and the excellent coordination between the athletes. Victory in this stage requires a lot of training, proper team collaboration and balance between the strongest performers and the weakest ones. The cycling world has been paying attention to CFD for years to improve the aerodynamics of a single cyclist. Now, recent investigations led by Eindhoven University of Technology in the Netherlands have modeled the interactions between several cyclists with special attention to a full team during a team time trial. Very insightful conclusions were reached to help leading teams refine their tactics. Attend this webinar to discover how engineering simulation and CFD are now increasingly being used in cycling, not just to improve the performances of the bicycles themselves but to help the athletes adjust their positions for optimal results. Learn how wind engineering and airflow studies using CFD have led to calls for adjusting the rules about trailing cars to ensure a fair race. As the performances of these amazing athletes converge, the race may someday be won in front of the computer. This webinar will review some recent progress in cycling and its immediate impacts on the Tour de France.

Author: ANSYS
Type: Webinar
Date: Jul 10 2015
Product Category: Fluid Dynamics
Sub-Industry: Sport & Leisure

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Best Practices para la elección y el uso de Modelos de ...
Los flujos turbulentos tienen una destacada importancia en gran variadas de sistemas y productos en todos los sectores de la industria. Dentro del proceso de la simulación numérica de flujos turbulentos , la elección del modelo de turbulencia adecuado para cada aplicación es una de las tareas mas críticas del set-up de un caso de CFD para asegurar la máxima precisión de los resultados y la buena robustez del solver. El objetivo de este webinar consiste en proponer un resumen de las mejoras prácticas de modelización de la turbulencia para flujos estacionarios (RANS) detallando la aplicabilidad de cada modelo a varios tipos de flujos encontrado en la industria y casos de validación. Se hará también hincapié a los requisitos de malla para cada estrategia de modelización de la turbulencia y se dará una introducción a modelos RANS no-estacionarios mas avanzados de tipo Scale-Adaptive Simulation (SAS).

Author: ANSYS
Type: Webinar
Date: Jul 09 2015
Product Category: Electronics

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Herramientas Avanzadas para el Diseño de Máquinas ...
El cálculo del mapa de eficiencia en el diseño de motores a imanes permanentes es crítico y también puede ser un proceso laborioso. ANSYS ha introducido un sencillo Electric Machines Design Toolkit (herramientas avanzadas para maquinas eléctricas) que está integrado dentro de ANSYS Maxwell para hacer este proceso más simple. Conéctate a este webinar para descubrir como las herramientas avanzadas para maquinas eléctricas calculan y visualizan las curvas par motor vs velocidad y mapas de eficiencia para maquinas a imanes permanentes. Para estos cálculos se tienen en cuenta efectos como el skewing, resistencia del bobinado DC/AC, inductancia en la parte final del bobinado, dependencia de la frecuencia de los coeficientes de las pérdidas de núcleo y perdidas mecánicas. Aprende como el cálculo del mapa de eficiencia puede ser comparado con mediciones de máquinas síncronas a imanes permanentes – incluyendo la región de operación para par vs velocidad – validando así el modelo simulado.

Author: ANSYS
Type: Webinar
Date: Jul 07 2015
Product Category: Electronics

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ANSYS Fluent 16 Updates on Eulerian Multiphase Models
ANSYS Fluent 16.0 offers a rich collection of multiphase models to solve industrial-scale problems in many industries, including automotive, aviation, chemical processing, and oil and gas. Numerous enhancements help users to obtain multiphase flow solutions on poor meshes, model new physical and chemical processes, and accelerate transient multiphase flow calculations. View this webinar to learn about updates on Eulerian multiphase models and discrete element method (DEM) features, including: - Non-Iterative Time Advancement (NITA) solver for Eulerian multiphase models to speed up transient calculations - Multiphase flow in porous media under unsaturated conditions to address applications related to oil and gas exploration, carbon capture and storage and many more - Particle rotation and rolling friction in discrete element method (DEM)

Author: ANSYS
Type: Webinar
Date: Jul 02 2015
Product Name: ANSYS Fluent

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Programa Académico de ANSYS
Desde ANSYS Iberia somos conscientes del interés que los alumnos de grado o máster de ingeniería, y futuros ingenieros, tienen en el aprendizaje de las herramientas de trabajo más extendidas en la industria como complemento al conocimiento teórico de fenómenos físicos o técnicas ingenieriles. Entre estas herramientas, pretendemos facilitar el acceso al conocimiento de las soluciones de simulación de ANSYS a través de medidas como las siguientes: - Esquema de licencias adaptado a las necesidades de la Universidad para la formación de los alumnos y la investigación - Posibilidades de interacción entre la Universidad y ANSYS Iberia a través de charlas, webinars privados, formación al profesorado o divulgación de actividades docentes o de investigación - Recursos de enseñanza que puedan usar los profesores para transmitir el conocimiento en ANSYS, organizado en varios niveles de complejidad - Programa de máster organizado por la Universidad Politécnica de Madrid en colaboración con ANSYS Iberia para la especialización en estas herramientas Le invitamos a conocer estas actividades en este webinar online. Este webinar no tiene coste aunque es necesaria inscripción previa.

Author: ANSYS
Type: Webinar
Date: Jun 30 2015
Product Category: Electronics

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