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Webinars

Contact Enhancements in ANSYS Mechanical and MAPDL 15.0

Contact technology is used extensively throughout ANSYS Mechanical and Mechanical APDL to enforce compatible behavior between different portions within a model. With each release, ANSYS improves the breadth and robustness of our contact technology. In ANSYS 15.0 some existing contact capabilities, such as trim contact and bolt pretension, have been enhanced. In addition, new technology was introduced to improve compression-only supports and to simplify bolt thread modeling. These enhancements enable more robust implementation of contact technology in Mechanical and Mechanical APDL models.

This webinar explains the ANSYS 15.0 contact enhancements. It highlights the advantages and applications of these new technologies.

Run Time - 30:39

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Article

Raising the Standards

Fluid–mechanical simulation can help prevent offshore disasters by supporting development of more effective structural standards.use of engineering simulation.

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Article

Oil and Gas - ANSYS Advantage Special Issue - 2013

The accelerating use of ANSYS engineering simulation solutions throughout the energy industry helps organizations to develop reliable products, increase product performance and reduce environmental impact. Engineers rely on a range of well-established comprehensive solutions covering structural, fluid, electromagnetic and hydrodynamic behavior coupled in an integrated framework. Most important is that by using ANSYS software, oil and gas companies can reduce risk while meeting corporate project and production objectives.

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Article

Pipe Dream Becomes Reality

Accurate simulation improves reliability and ensures cost-effective deployment of pipe strings in oil wells.

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Article

Product Reliability and Performance

Accelerate product reliability and performance with systematic use of engineering simulation.

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Webinars

Preprocessing in ANSYS ICEM CFD - What is new and How-To Tips

You will learn about the new features of ANSYS ICEM CFD 15.0, including performance enhancements and enhancements in Workbench process integration. To help you get more from ICEM CFD, our experts will show tips for using the meshing technology to your best advantage.

Run Time - 55:34

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Demos

Simplifying Fatigue Analysis

Tutorial & demonstration on how to reduce the effort for running fatigue simulations. The tutorial shows how to set-up and save a fatigue workflow and create a re-usable process that can be accessed with a single mouse click for future use. The model used for the demonstration is a wind-turbine responding to changing weather conditions over a period of 1 and 20 years.

Run Time - 17:36

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Technical Brief

Multiphysics Simulation of a Printed Circuit Board

When evaluating printed circuit board (PCB) designs, engineers must balance the requirements of multiple physics disciplines in optimizing PCB reliability. R&D teams must closely study three broad areas of product reliability -- electrical, thermal and mechanical -- to produce PCB designs that contribute to long service life and reduced product failure. You can use ANSYS software in an integrated fashion to examine the overall reliability of a printed circuit board, simulating individual physical phenomena as well as the interaction between physics disciplines to improve overall product performance.

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Webinars

Understanding Hardware Selection for ANSYS 15.0

This webinar will identify recommended hardware configurations for various usage and license scenarios and will help you maximize your return. It will also include ANSYS 15.0 benchmark data to guide you in your own selection. The focus will be on desktop hardware through workstation clusters, and will include recommendations on when to select GPUs.

Hardware selection for engineering simulation software is often a confusing undertaking; performance can vary with workload, and graphics processing units (GPUs) add unique and powerful considerations. Optimizing detailed hardware configurations that match both your ANSYS 15.0 software investment and how you use it can be a challenge.

Run Time - 50:29

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Presentation

Understanding Hardware Selection for ANSYS 15.0

This presentation identifies recommended hardware configurations for various usage and license scenarios and will help you maximize your return. It also includes ANSYS 15.0 benchmark data to guide you in your own selection. It focuses on desktop hardware through workstation clusters, and includes recommendations on when to select GPUs.

Hardware selection for engineering simulation software is often a confusing undertaking; performance can vary with workload, and graphics processing units (GPUs) add unique and powerful considerations. Optimizing detailed hardware configurations that match both your ANSYS 15.0 software investment and how you use it can be a challenge.

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