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Advanced Hysteresis Modeling This webinar will introduce the new advanced hysteresis modeling capability available in ANSYS Maxwell. A new vector hysteresis modeling capability is now available that can analyze hard magnetic and soft magnetic materials. This powerful, new feature will aid designers of electric machines to accurately characterize performance. Run Time - 50 minutes Add to briefcase   Download Now   Adjoint Method for Aerodynamic Shape Improvement in Comparison with Surface Pressure Gradient Method Understanding the flow characteristics and, especially, how the aerodynamic forces are influenced by the changes in the vehicle body shape, are very important in order to improve vehicle aerodynamics. One specific goal of aerodynamic shape optimization is to predict the local shape sensitivities for aerodynamic forces. The availability of a reliable and efficient sensitivity analysis method will help to reduce the number of design iterations and the aerodynamic development costs. Among various shape optimization methods, the Adjoint Method has received much attention as an efficient sensitivity analysis method for aerodynamic shape optimization because it allows the computation of sensitivity information for a large number of shape parameters simultaneously. This paper is intended to provide insights for aerodynamic shape improvement by observing the shape sensitivities and comparing the results for the diagnostic method based on the surface pressure gradients in the stream-wise and the transverse directions Add to briefcase   Download Now   Contact Enhancements in ANSYS Mechanical and MAPDL R14.5 Contact technology is used extensively in ANSYS Mechanical and Mechanical APDL to enforce compatible behavior between connected portions within a model. In Release 14.5, the contact technology has been enhanced to include such features as trim technology, shell thickness effect, and elastic slip. These enhancements enable robust implementation of contact technology in Mechanical and Mechanical APDL models. This webinar will explain the R14.5 contact enhancements. It will highlight the advantages and applications of these new technologies. Run Time - 25 minutes Add to briefcase   Download Now   Modeling Reacting Flows with ANSYS CFD (Part - 2) Reactions are everywhere and reacting flow modeling has become crucial to provide insight into the mixing, chemical reaction, heat release and pollutant formation processes. After a review of fundamental concepts related to reacting flows was presented in part 1 of this 5 part webinar series, subsequent parts will focus on detailed discussions of various reacting flow models in ANSYS CFD. Part 2 of this webinar series will provide detailed understanding of the fast chemistry reacting flow models available in ANSYS CFD. These models are widely used for combustion application like gas turbines, furnaces, etc. where the reaction chemical reactions happen at a much faster rate than mixing. Best practices and few examples of key applications will be discussed. There will be a short Q&A session towards the end of the webinar. Run Time - 56 minutes Add to briefcase   Download Now   Virtual Prototyping in Rubber Seal Manufacturing and Testing In this webinar, both the manufacturing and the testing of a typical rubber seal is discussed. First, a typical design process of a rubber seal will be discussed including material models and their characterization. Then, the process of desigining the corresponding extrusion die is also discussed. the ANSYS tools that will be highlighted are ANSYS Mechanical for the nonlinear seal deformation anaylsis and ANSYS Polyflow for the Die Design aspect. Run Time - 33 minutes Add to briefcase   Download Now   EMI - EMC Capabilities This webinar will provide an overview of the new EMI/EMC analysis capabilities introduced in ANSYS 14.5. This latest release includes a new feature in ANSYS Simplorer to couple to ANSYS HFSS to compute electromagnetic radiation. Simplorer links to the HFSS piece-wise linear sources and supports integration with the Network Data Explorer to examine coupling effects which provides a robust and accurate EMI/EMC design flow. Run Time - 50 minutes Add to briefcase   Download Now   Multiphysics Coupling via ANSYS Workbench Considering LF Electromagentics This webinar will provide a look at the key multiphysics simulation advancements for magnetic devices and electrical machine design. Learn how Workbench can now tightly couple Maxwell and Fluent to simulate the strong interdependency between electromagnetics and temperature. This new capability is ideal for the design of magnetic devices such motors and transformers. In addition, a new link between Maxwell and Icepak will be introduced. Run Time - 45 minutes Add to briefcase   Download Now   Modeling Reacting Flows with ANSYS CFD Reactions are all around us! and reacting flow modeling has become crucial to provide insights of the mixing, chemical reactions, heat release and pollutant formation. This webinar series spanning over 5 sessions is an introduction to modeling reacting flows with ANSYS CFD. Our aim is to equip a new user with sufficient knowledge to be successful in modeling reacting flow. Part-1: Basic concepts and reacting flow models available in ANSYS CFD. Run Time - 54 minutes Add to briefcase   Download Now   Traction Motor Design for EV and HEVs The traction motor is a key component in the electric vehicle/hybrid electric vehicle (EV/HEV) development process, and higher efficiency for a more cost-effective traction motor is one of the keys for success in this market. Engineers tasked with the design of traction motors for EV/HEVs need to consider various aspects of the physics like electromagnetics, structural and thermal, as well as its integration with power electronics/inverter. This webinar demonstrates an integrated design environment from ANSYS to study all these areas. Run Time - 35 minutes Add to briefcase   Download Now   Customization of Processes for Structural Mechanics While ANSYS Workbench provides a number of standard tools for structural mechanics simulations, many users have developed practices which requires customization of the user interface. Whether you want to add taylored loads and boundary conditions, specific post-processing procedures, reuse existing APDL scripts in a user friendly way or even integrate some in-house codes, the Application Customization Toolkit (ACT) will help you achieve these goals. Join us for a one hour webinar to discover how ACT can help you customize ANSYS Mechanical. A general introduction to the underlying concepts as well as a number of examples will be explained. Run Time - 40 minutes Add to briefcase   Download Now   Page  1 of 178    1 2 3 4 5