• Meshworks Morpher
• Significant Major Benefits
• Major Application Area
  • Morphing
  • Remeshing & Reassemply
  • Concept Models
  • Parametarization & Optimation
• Product Differentiation
• Salient Feature
  • Parameterization
  • Parameterization & Automation Process Used
  • Morphing Feature
  • Concept Analytical Model Building
  • Feature Insertion
  • Remeshing
  • Control Block Creation Methods
  • Interior/Exterior wrapper
  • Elements-split Propagate
  • Quality Check & Improvements
  • Create and Compute Sensors
  • Reassembly
  • Pattern Morphing
• Interface
• Supporting Platform
• Request For Demo License
• Publication

MeshWork Morpher - Salient Feature

Morphing Features.

• In general morphing involves creating a morph set that would link certain nodes which are the ‘control’ nodes and certain follower nodes which are the ‘deformable’ nodes.
• Using the control zone, the deformable zone can be re-shaped with a variety of linear, parabolic, spherical, cubical and bezier blending functions.
• All generalized transformations such as translation, rotation, projection, scaling, offset etc. can be applied to the control zone and the deformable zone will be re-shaped based on the underlying blending functions.
• In general, the morphing methods fall into two categories:
• Control block based: In this case, 3D volumetric regions comprising of hexa and penta elements will be used to carry out the shape change.
• Direct node based: In this case, the nodes of the FE/CFD model themselves are defined as control nodes to carry out the shape change.