Post on 10-Jan-2016
description
Fluidyn-CADGENFluidyn-CADGEN
Geometric modeling, unstructured Geometric modeling, unstructured and and
mapped meshesmapped meshes
Case ExamplesCase Examples
Models Created on CADGENModels Created on CADGEN
Model 1Model 1
Model 2Model 2
Model 4: Intersecting CylindersModel 4: Intersecting Cylinders
Model 5: Tunnel IntersectionModel 5: Tunnel Intersection
Geometry: Tunnel Intersection ModelGeometry: Tunnel Intersection Model
Model 6Model 6
All four viewsAll four views
Model 7Model 7
Model 8Model 8
Model 9Model 9
Model 10Model 10
Model 11:Pillar ModelModel 11:Pillar Model
Model 12: HammerModel 12: Hammer
Boolean OperationsBoolean Operations in in CADGENCADGEN
CUBE CUBE && CYLINDER CYLINDER
ADDITIONADDITION
SSUBTRACTIONUBTRACTION
CCOMMONOMMON
BeforeBefore AfterAfter
TRI – elements with the refinement near the inner hole.TRI – elements with the refinement near the inner hole.
2D geometry with two holes2D geometry with two holes
Cylindrical hole in a general BoxCylindrical hole in a general Box
Geometry: Hole in SphereGeometry: Hole in Sphere
Cylinder – Cylinder IntersectionCylinder – Cylinder Intersection
Filled ViewFilled View
Box – Cylinder IntersectionBox – Cylinder Intersection
Rod (Structure) in a Box fluid domainRod (Structure) in a Box fluid domain
Filled ViewFilled View
Conjugate Heat Transfer Case - MeshConjugate Heat Transfer Case - Mesh
Wire frame viewWire frame view
Hot gas flow through a pipeHot gas flow through a pipe
Wire frame viewWire frame view
Filled viewFilled view
Isometric viewIsometric view
Meshed Intersection geometry: WireFrame ViewMeshed Intersection geometry: WireFrame View
Meshed Intersection geometry : Filled ViewMeshed Intersection geometry : Filled View
Meshed Intersection geometry: WireFrame ViewMeshed Intersection geometry: WireFrame View
Meshed Intersection geometry: Filled ViewMeshed Intersection geometry: Filled View
CHEVRON: Mapped meshing with uniform gridsCHEVRON: Mapped meshing with uniform grids
Mapped meshing with refinement near the tip using Power lawMapped meshing with refinement near the tip using Power law
Refined mesh in filled viewRefined mesh in filled view
Complex geometriesComplex geometries
GEAR: Uniform meshed geometry with TRI elementsGEAR: Uniform meshed geometry with TRI elementsWire Frame ViewWire Frame View
GEAR: Uniform mesh [Filled viewGEAR: Uniform mesh [Filled view
Refined MeshRefined Mesh
TRI- elements in meshed complex geometryTRI- elements in meshed complex geometry[Wire Frame view][Wire Frame view]
TRI- elements in meshed complex geometryTRI- elements in meshed complex geometry[Filled View][Filled View]
Refined meshRefined mesh
Airship- A complex geometry with TETRA elements Airship- A complex geometry with TETRA elements
TRI elements: WireFrame ViewTRI elements: WireFrame View
TRI elements: Filled ViewTRI elements: Filled View
Hammer Head: Mesh with TRI elementsHammer Head: Mesh with TRI elements
Hammer Head: Filled ViewHammer Head: Filled View
A complex meshed geometry in different viewsA complex meshed geometry in different views
Uniform Mesh with TRI elements: Wireframe ViewUniform Mesh with TRI elements: Wireframe View
Uniform Mesh with TRI elements: Fine mesh in filled ViewUniform Mesh with TRI elements: Fine mesh in filled View
Mesh Refinement near the edgesMesh Refinement near the edges
Conjugate Heat TransferConjugate Heat Transfer
Wire frame viewWire frame view
Filled ViewFilled View