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ANSYS Redhawk: Performing Data Integrity Checks - Video

This video introduces ANSYS RedHawk Graphical User Interface (GUI) to help you effectively use the tool to identify data integrity issues using RedHawk Explorer. Data Integrity checks help verify the completeness of the various flow inputs such as LEF/DEF, APL, .lib etc, after a design is imported into RedHawk.

Auteur: Type de ressource: Video Date:
Produit: ANSYS RedHawk
Catégorie de Produit: Electronics - Signal Integrity


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ANSYS Redhawk: Debugging Dynamic Voltage Drop (DvD) Hotspots - Video

This video introduces ANSYS RedHawk Graphical User Interface (GUI) to help you effectively use the tool to identify and uncover design issues while performing dynamic voltage drop (DvD) analysis. This video highlights the basic features such as debug and root causing dynamic voltage (DvD) drop issues to identify problems such as insufficient decaps and high simultaneous switching issues etc.

Auteur: Type de ressource: Video Date:
Produit: ANSYS RedHawk
Catégorie de Produit: Electronics - Signal Integrity


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ANSYS RedHawk: Debugging Static IR Drip - Video

This video introduces ANSYS RedHawk Graphical User Interface (GUI) to help you effectively use the tool to identify and uncover design issues while performing static voltage drop (IR) analysis. This video highlights the basic features such as debug and root causing static voltage (IR) drop issues to identify problems such as weakly connected power grid regions due to missing pads, missing vias, long metal routes etc.

Auteur: Type de ressource: Video Date:
Produit: ANSYS RedHawk
Catégorie de Produit: Electronics - Signal Integrity


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ANSYS Totem: GDS Based Early Analysis - Video

This video introduces ANSYS Totem Graphical User Interface (GUI) to help you effectively use the tool to identify and uncover design issues while performing early power grid analysis checks . This video highlights the basic features of the Totem GUI such as debug maps and reports for identifying and root causing power grid issues. In addition, it also demonstrates how GDS can be imported in Totem to perform early static voltage drop analysis and point-to-point (P2P) resistance checks.

Auteur: Type de ressource: Video Date:
Produit: ANSYS Totem


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ANSYS Totem: Debugging IR Drop issues - Video

This video introduces ANSYS Totem Graphical User Interface (GUI) to help you effectively use the tool to identify and uncover design issues while performing early power grid analysis checks . This video highlights the basic features of the Totem GUI such as debug maps and reports for identifying and root causing power grid issues. In addition, it also demonstrates how GDS can be imported in Totem to perform early static voltage drop analysis and point-to-point (P2P) resistance checks.

Auteur: Type de ressource: Video Date:
Produit: ANSYS Totem


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Semiconductors: Tool Support for Chip Level FME(D)A and ISO 26262 - Webinar

ANSYS medini analyze implements key methods to support functional safety analysis for semiconductors according to ISO 26262-11 and IEC 61508. Medini’s model-based approach facilitates a systems approach to FMEA, FME(D)A, FTA, Safety Mechanism Design and Dependent Failure Analysis (DFA). It also provides all the traceability functions required by safety standards.

View this on-demand webinar to see how you can use ANSYS solutions in a seamless workflow to perform FME(D)A and FTA, for example, in a model-driven manner. We will show you how to:

  • Compute base failure rates according to IEC 62380 or SN 29500 with mission profiles
  • Distribute failure rates based on the die area of an imported IP Design
  • Adapt safety mechanisms according to IC usage
  • Cope with design changes in the FME(D)A

Auteur: ANSYS Type de ressource: Webinar Date:
Produit: ANSYS medini analyze
Catégorie de Produit: Systems


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First Computer Simulations and Wind Tunnel Tests of Full Cycling Pelotons Give Breakthrough Insights - Webinar

For the first time, Eindhoven University of Technology and KU Leuven have simulated the aerodynamics of a full peloton with ANSYS Computational Fluid Dynamics on CRAY supercomputers. This world-record CFD simulation provides a series of brand new insights into the distribution of air resistance for cyclists inside the peloton. It shows that almost all current mathematical strategic models for breakaways in cycling are based on incorrect assumptions.

View this on-demand webinar to:
  • See the power of the largest CFD modeling ever done in sports
  • Learn about the challenges of meshing such an extreme geometry properly
  • Understand the large impact of cycling aerodynamics on elite athletes
  • Get valuable insight into how you can bike more efficiently during your next bicycle tour
This webinar is in collaboration with:
          

Auteur: ANSYS Type de ressource: Webinar Date:
Catégorie de Produit: Fluids, High Performance Computing
Sous-industrie: Sport and Leisure, Sports


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ANSYS Fluent Watertight Geometry Workflow Demonstration on a Complex Arc Jet - Demo

ANSYS Fluent has been enhanced to organize the process for running simulations with a task-based workflow that guides you through the simulation process, reduces the options to only those that are relevant at each point in the process and provides best practices as defaults. This workflow presents you with the right choices to lead you to an accurate solution, making it possible to develop a better product in less time. Read this white paper to see how the new workflow can be can be utilized to reduce the time and software skill required to mesh watertight CAD geometry.

Auteur: ANSYS, Inc. Type de ressource: Demo Date:
Produit: ANSYS CFD


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TibaRay, Inc - Case Study

TibaRay is using ANSYS multiphysics (electromechanical, thermal, mechanical) simulations to design the next generation of Radiation Therapy (RT) systems for cancer treatment. Their PHASER project is overcoming challenges to current RT systems, such as collateral damage to normal organs, the need for better accuracy/focusing, motion control, cost and access, especially in developing world. Read this case study to learn more.

Auteur: TibaRay, Inc. Type de ressource: Case Study Date:
Produit: ANSYS HFSS, ANSYS Mechanical, ANSYS Fluent
Catégorie de Produit: Electronics, Fluids
Industrie: Healthcare - BioMed


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Finite Element Analysis of Braided Corrugated Hoses with Multiple Layers of Individual Braid Wires Using an ANSYS Implicit Solver - White Paper

This white paper demonstrates the ANSYS® implicit software package is robust for performing finite element analysis of multi-layered braided corrugated hoses. This paper outlines the methodology for creating and analyzing three-dimensional finite element hose models consisting of an inner metallic corrugated tube or flexible bellows which is surrounded by either a single braid layer or multiple braid layers of helically wound, circular, individual metallic wires.

Auteur: ANSYS, Inc. Type de ressource: White Paper Date:
Catégorie de Produit: Structures


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