Joins us for an ANSYS Webinar

Seamlessly Mesh Complex Geometries With Fault-Tolerant Workflow

July 7, 2020

11:30 AM (IST)

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Venue:
Online

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Many important and complex CFD simulation workflows contain dirty, non-watertight geometries, which typically require extensive cleanup and repair before meshing. In this webinar, learn how the fault-tolerant meshing workflow in Ansys Fluent may be used to simplify and speed up meshing for dirty geometries, with no or minimal geometry preparation required.

Topics include: 

  • Demonstration of the fault-tolerant meshing workflow in Fluent 
  • Custom part definition for quick and easy domain definitions 
  • Handling of gaps and leakages in large assemblies 
  • Different meshing options for fluids and solids

Benefits

  • Reduced time for meshing dirty non-watertight geometries with a single-window, task-based workflow in Fluent /li>
  • Workflow-created fluid regions directly from STL files or scanned data /li>
  • Significant reduction of manual efforts required to clean up geometry /li>
  • Creation of fluid regions from full assemblies for various simulations /li>

Speaker Bio

anil-kumar-sardesai

Anil Kumar Sardesai is an application engineer at Ansys, specializing in computational fluid dynamics and finite element analysis applications. Supporting critical pre-processing aspects for the aerospace and defense industry, Anil provides key guidance to global technical and product development teams, and shares pre-processing best practices. He holds a bachelor’s degree in aerospace engineering and has served Ansys for over seven years.

Who should attend?

  • Design engineers
  • CAE/CFD engineers
  • Engineering/development managers

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