1. Fluidyn-CADGEN Geometric modeling, unstructured and mapped meshes Case Examples

2. Models Created on CADGEN

3. Model 1

4. Model 2

5. Model 4: Intersecting Cylinders

7. Model 5: Tunnel Intersection

8. Geometry: Tunnel Intersection Model

9. Model 6

10. All four views

11. Model 7

12. Model 8

13. Model 9

14. Model 10

15. Model 11:Pillar Model

16. Model 12: Hammer

17. Boolean Operations in CADGEN

18. CUBE & CYLINDER

19. ADDITION

20. S UBTRACTION

21. C OMMON BeforeAfter

22. TRI – elements with the refinement near the inner hole. 2D geometry with two holes

23. Cylindrical hole in a general Box

24. Geometry: Hole in Sphere

25. Cylinder – Cylinder Intersection

26. Filled View

27. Box – Cylinder Intersection

28. Rod (Structure) in a Box fluid domain

29. Filled View

30. Conjugate Heat Transfer Case - Mesh

31. Wire frame view

32. Hot gas flow through a pipe

33. Wire frame view

34. Filled view

35. Isometric view

36. Meshed Intersection geometry: WireFrame View

37. Meshed Intersection geometry : Filled View

38. Meshed Intersection geometry: WireFrame View

39. Meshed Intersection geometry: Filled View

40. CHEVRON: Mapped meshing with uniform grids

41. Mapped meshing with refinement near the tip using Power law

42. Refined mesh in filled view

43. Complex geometries

44. GEAR: Uniform meshed geometry with TRI elements Wire Frame View

45. GEAR: Uniform mesh [Filled view

46. Refined Mesh

47. TRI- elements in meshed complex geometry [Wire Frame view]

48. TRI- elements in meshed complex geometry [Filled View]

49. Refined mesh

50. Airship- A complex geometry with TETRA elements

51. TRI elements: WireFrame View

52. TRI elements: Filled View

53. Hammer Head: Mesh with TRI elements

54. Hammer Head: Filled View

55. A complex meshed geometry in different views

56. Uniform Mesh with TRI elements: Wireframe View

57. Uniform Mesh with TRI elements: Fine mesh in filled View

58. Mesh Refinement near the edges

59. Conjugate Heat Transfer

60. Wire frame view

61. Filled View