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April 11, 2019

Geometry Simplification (2019 midas NFX Webinar Series)

 

 

Presentation Overview

Why to simplify?

The decision to suppress or preserve geometry strongly depends on the analysis context and the application types. 

 

For example, holes, fillets, and chamfers often do not significantly affect the analysis results. 

 

Presence of small geometrical details influence size of the FEM model. 

(number of elements is getting high)

 

Meshing issues - due to topological issues meshing process cannot be accomplished

 

Presence of wrong topology can lead to creation of highly distorted elements, which affects solution stability and accuracy.

 

Table of Content

 

Part 1.  Introduction to Geometry concept

Part 2.  Simplification process of 3D Solids 

Part 3.  NFX Simplification tools overview

Part 4.  Challenges and obstacles 

 

 

midas NFX - In Practice Series : Part 1 - Geometry Simplification - 1

 

midas NFX - In Practice Series : Part 1 - Geometry Simplification - 2

 

midas NFX - In Practice Series : Part 1 - Geometry Simplification - 3

 midas NFX - In Practice Series : Part 1 - Geometry Simplification - 6

midas NFX - In Practice Series : Part 1 - Geometry Simplification - 4

midas NFX - In Practice Series : Part 1 - Geometry Simplification - 7 


 

 speaker-icon1

Speaker :  Piotr Stepien

Category : Mechanical

Software : midas NFX

Date : 2019-03-26

 


 



 

 

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