Challenge

Week 6-Meshing of Hood Challenge

In this challenge we need to extract mid surfaces of different parts separately

Parts are:

  • Latch
  • Hinge
  • Inner surface
  • Outer surface

Latch

  • Remove the solid body from surface
  • Do nessesary clean-ups
  • Washer split on hole in the body
  • Extract the midsurface
  • Divide the body into more rectangle pieces
  • Automesh the body wich have element size 5
  • Configure the mesh by reconstructuing and we have to optimize the mesh
  • Check quality index for failure of materials
  • Use drag tria option for removing opposite trias and touching trias
  • Element optimization for optimizing elements

Fig: Latch

Hinge

  • Remove solid body
  • Do nessesary clean-ups
  • Remove unnessasry points
  • Washer slpit
  • Extract the midsurface
  • Divide body into small for better mesh quality
  • Automesh the body wich have element size 5
  • Configure the mesh by reconstructuing and we have to optimize the mesh
  • Check quality index for failure of materials
  • Use drag tria option for removing opposite trias and touching trias
  • Element optimization for optimizing elements

Fig: hinge

outer surface

  • For outer surface we only need to do mesh in half of the body because it is an symmetrical body
  • Remove solid body
  • Do nessesary clean-ups
  • Remove unnessasry points
  • Washer slpit
  • Extract the midsurface
  • Divide body into small for better mesh quality
  • Automesh the body wich have element size 5
  • Configure the mesh by reconstructuing and we have to optimize the mesh
  • Check quality index for failure of materials
  • Use drag tria option for removing opposite trias and touching trias
  • Element optimization for optimizing elements
  • Use smooth option for smoothing the mesh
  • At last reflect the mesh on other side by reflect in tools option

Fig: outersurface

Inner surface

  • For outer surface we only need to do mesh in half of the body because it is an symmetrical body
  • Remove solid body
  • Do nessesary clean-ups
  • Remove unnessasry points
  • Washer slpit
  • Extract the midsurface
  • Divide body into small for better mesh quality
  • Automesh the body wich have element size 5
  • Configure the mesh by reconstructuing and we have to optimize the mesh
  • Check quality index for failure of materials
  • Use drag tria option for removing opposite trias and touching trias
  • Element optimization for optimizing elements
  • Use smooth option for smoothing the mesh
  • Use place node and split and collapse option
  • Use translate option to minimize the warpage
  • Repeate quality manual cleaup process for eliminating different failures
  • At last reflect the mesh on other side by reflect in tools option

Fig : inner surface

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