Happy Monday everyone! Here’s a look at the ANSYS webinars on the calendar for this week. The full calendar is available on the Events Calendar, where you can sort by Country/Region.
Register Today!
Multibody Dynamics with ANSYS Tools
Tuesday, December 8, 2015
4 PM EST, 9 PM GMT
Mechanical systems often contain complex assemblies of interconnected parts undergoing large overall motion, and thus require engineering simulation for optimal design. Suspensions in ground vehicles, robotic manipulators in manufacturing processes and landing gear systems in aircraft are just a few examples of such systems. Attend this webinar to find out how rigid multibody dynamics solutions can be superior to computationally intensive implicit transient methods, especially when design exploration, optimization or system controls are required. Learn how multibody dynamics can be efficiently used for mechanical system design, from model setup to design exploration.
============================================================
On Demand and On Your Desk: Penguin’s HPC Cloud and 3D Remote Desktops
Tuesday, December 8, 2015
9 AM EST, 2 PM GMT
Thursday, December 10, 2015
4 PM EST, 9 PM GMT
Penguin Computing, a leader in developing open, Linux-based cloud and HPC solutions, provides customized, built-to-order server solutions for enterprises with special hardware requirements. The company’s HPC solutions are excellent options for running ANSYS simulations on an on-demand, pay-as-you-go basis.
Attend this webinar to discover how Penguin Computing on Demand (POD), an HPC Cloud Platform, lets you easily and securely utilize Penguin’s HPC resources to augment or even replace your computing environment.
============================================================
Advanced Manufacturing Repair with ANSYS SpaceClaim
Tuesday, December 8, 2015
10 AM EST, 3 PM GMT
CAD models submitted for machining using CAM are rarely defect-free. At best you may just have to delete a few holes; at worst you may have a lot of complicated repair work to do. ANSYS SpaceClaim can help you make advanced repairs to 3-D models simply, quickly and creatively. Join us for this webinar and learn how to use the ANSYS SpaceClaim environment to rapidly prepare complicated models for machining.
Discover how you can:
• Open and work with data from any 3-D CAD system to easily reuse models
• Use the intuitive interface with four powerful yet simple tools — Pull, Move, Fill, and Combine — to manipulate the geometry with ease
• Master the use of repair tools to prepare any model, in any condition, for machining
============================================================
Healthcare Industry Webcast Series: The Strategic Role of Simulation in this Essential Pharmaceutical Initiative
Tuesday, December 8, 2015
11 AM EST, 4 PM GMT
Quality by Design (QbD) is a concept encouraged by the FDA that integrates quality into a product through understanding of both the product and the process by which it was manufactured. This presentation will show how engineering simulation tools, such as computational fluid dynamics (CFD), support QbD by helping to establish the relationships between process parameters, equipment design and process performance. More specifically, we will demonstrate how CFD can predict fluid flow patterns, mixing characteristics, and heat/mass transfer behavior of various (bio)pharmaceutical unit operations, including fermentation, solids suspension, chromatography, freeze drying and spray drying, to name a few.
============================================================
Préparez vos modèles avec ANSYS SpaceClaim Direct Modeler pour les analyses en mécanique des fluides
Mardi 8 décembre 2015 de 11h à 12h
ANSYS SpaceClaim Direct Modeler est la solution la plus simple et la plus rapide pour créer et préparer vos géométries pour la simulation. Le logiciel de modélisation 3D ANSYS SpaceClaim Direct Modeler permet d’accéder plus rapidement à l’analyse en éliminant le goulot d’étranglement lié à la géométrie. Il apporte un gain de productivité dans la phase d’analyse en permettant aux ingénieurs de simplifier les modèles au cours du pré-traitement. ANSYS SpaceClaim Direct Modeler offre également un environnement de CAO neutre, libérant les ingénieurs de leurs contraintes pour se concentrer sur la physique et la modélisation.
============================================================
Focus on Faster Mechanical Simulation
Wednesday, December 9, 2015
9 AM EST, 2 PM GMT
Wednesday, December 9, 2015
4 PM EST, 9 PM GMT
No matter what type of product you create, simulation and analysis tools are critical in today’s rapid product development process. However, in a recent survey done by Intel and ANSYS, 68% of respondents said they are forced to limit the size and detail of simulation models at least half the time due to run time constraints. In addition, simulation users are not taking advantage of the powerful hardware and software tools available today, which means compromising the quality and time it takes to create the best products.
Attend this webinar to learn how a team from Dell, Intel and ANSYS put our latest hardware and software to the test and see what results users could achieve.
============================================================
Brake Heating And Cooling Simulation
Wednesday, December 9, 2015
11 AM EST, 4 PM GMT
The brake assembly is a complex, critical system of every moving vehicle, consisting of brake pads, inner and outer pad shims, caliper body, caliper bracket, piston booth, piston seal, brake fluid, and cooling air ducts. As the brakes are applied, the system can experience extreme temperatures that can adversely affect its performance, reliability, and — most importantly — safety.
Join us for this webinar and discover how you can use ANSYS Fluent to compute the transient temperature distribution in the main components of a complex brake assembly during operation. Learn how you can simulate the cooling process of the heated brake after cycling, which is also important for safety. With this data from ANSYS Fluent, you can optimize your brake assembly design quickly, easily and confidently.
============================================================
Assessing Engine Knock Conditions using ANSYS Chemkin’s Spark Ignited Engine Model
Thursday, December 10, 2015
9 AM EST, 2 PM GMT
The occurrence of knocking in a spark ignited internal combustion engine is a complex process that results from the auto-ignition of the unburned fuel/air mixture ahead of the propagating flame. Engine designers require tools that can predict knock occurrence, knock intensity, and the impact of model inputs on engine performance and trade-offs.
Attend this webinar to discover how ANSYS Chemkin’s Spark Ignited Engine model coupled with detailed kinetics from the Model Fuel Library enables engine designers to quickly assess engine operating conditions early in the design process to determine if knocking will occur. Learn how the reduced order Spark Ignited Engine model can be used to identify knocking conditions and the onset of knock.
The post ANSYS Webinars This Week – December 7th appeared first on ANSYS Blog.