Finite Element Analysis Software FEA Analysis

ixcube striscia r

1. Canopy Modeling Example
2. how to run analysis and check steel with the BS5950 steel design plugin
3. Sew & Merge and All Boundary Mesh Perfect Meshes connected to the supporting steel in a few mouse clicks
4. How to pattern a multi-module tensile with continuos seam curves
5. How to cover a space using advanced modeling features
6. The advanced mesher is a new module that remeshes the surface with a highly accurate FEA mesh for form-finding and analysis purposes
7. Selecting objects
8. How to import Cp values from Symscape Caedium Fluid Flow Analysis system
9. Analysis using slip cables (cables in pockets) Under development
10. Creating a parametric Top ring detail
11. Making a Hypar with ixCube 4-10 using the NFDM method
12. Add corner plates to the Hypar created previously
13. How to produce patterns for a conical shape
14. From Grasshopper to ixCube 4-10 in 3 clicks
15. Realtime Sun shadows demo
16. Deform thin plate/shell elements trough the pre-tension of the cables
17. How to make a non-linear membrane analysis and merge results on the supporting steel dome in CSI Sap 2000
18. How to form-find a Hypar using newton-raphson FEA analysis directly
19. Making a tensile membrane attached to a exsisting building
20. Drawing commands
21. How to form-find a inflated dome using FEA analysis directly , without any relaxation tecnique
22. How to select and deselect elements
23. How to make a membrane connected to a complex boundary
24. Making a Umbrella with curved pole. Drawing the structure,membrane and form-finding
25. Analysis of the umbrella made in Part 1
26. Form-Finding a Cone with elliptic ring using NFDM method
27. Form-Finding a Circus Tent
28. Using beam restraints
29. How to form-find a inflated dome with the direct stiffness method
30. Form-Finding a Hypar with direct stiffness method
31. Using the 3 types of parametric top rings
32. Modeling a conical shape using as a base input boolean operators on solids extracting the surfaces to get meshed and relaxed with a NFDM solver
33. How to add corner plates on a conical shape using FEM plates to get flat corners then adding smart objects for the final detail
34. For ixForten 4000 users so they can get hands on the new features after 20 minutes of work
35. Modeling a modular cover on a elliptic ring using patterns as the base Fem meshes
36. Making a inflated dome/cushion using simple curves as base input and the NFDM solver to inflate the triangle mesh
37. How to merge reaction forces after a non-linear membrane analysis on a supporting structure modeled in a third party FEA package. The module supports Strand7,Midas Civil,Sap 2000,Staad V8i, AutoDesk Robot Structural
38. How to model a complex flower shape using nurbs surfaces meshed into a fem and relaxed with the NFDM solver
39. How to fix double cone kinks
40. How to model a double cone on a complex boundary edge
41. How to fix bad pattern edges
42. ixCube 4-10 v 3.0 Cable Cuffs
43. ixCube 4-10 v 3.0 Curve Compensation
44. ixCube 4-10 rel. 3.0.5.4 feature video
45. ixCube 4-10 vs Strand 2.4 Comparision
46. ixCube 4-10 v 3.0.5.6 Grasshopper Get tools
47. ixCube 4-10 v 3.0.5.6 Grasshopper Generate tools
48. ixCube 4-10 v 3.0.5.6 Grasshopper mesh tools
49. ixCube 4-10 v 3.0.5.6 Grasshopper model tools
50ixCube 4-10 v 3.0.5.6 Grasshopper load tools
51 ixCube 4-10 v 3.0.8 User Defined profiles
52 ixCube 4-10 v 3.0.8 Beam Offsets
53 ixCube 4-10 v 3.0.8 Report maker : Phase one Setup
54 ixCube 4-10 v 3.0.8 Report maker : Phase two

rhinomembrane striscia

1. Demo of RhinoMembrane component for Grasshopper
2. FormFinding example of membrane over multiple arches, the membrane mesh is created on the fly and relaxed at each parameter change
3. Form-Finding a stadium with GH component
4. Membrane Form-Finding over multiple frames
5. Etfe Cushions form-finding example
6. Minimal surfaces plot of membrane stress field gives a proof of the solution constant red color means a isotropic stress field at each point
7. Playing with inflated membrane tubes. Due to the relationship between membrane stress and tube radius only radius is changed, stress's for warp-weft is computed and sent to the form-finder component as input
8. High Point Demo