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Vengono mostrati sotto 50 risultati dal 1 al 50.

Vedi (precedenti 50 | successivi 50) (20 | 50 | 100 | 250 | 500).

1. (cron) ‎Laser Machining ‎[0 byte]
2. (cron) ‎Design for AM ‎[19 byte]
3. (cron) ‎Design for Assembly ‎[19 byte]
4. (cron) ‎Design for AM - SLM ‎[19 byte]
5. (cron) ‎Process Optimization ‎[56 byte]
6. (cron) ‎Education ‎[62 byte]
7. (cron) ‎Hybrid Additive Manufacturing SLM ‎[62 byte]
8. (cron) ‎Hybrid Additive Manufacturing SLM-CS ‎[62 byte]
9. (cron) ‎Hybrid Adtive Manufacturing ‎[63 byte]
10. (cron) ‎Selective Laser Melting Parts ‎[64 byte]
11. (cron) ‎Extrusion based 3D printing process ‎[67 byte]
12. (cron) ‎Cutting Forces Additive Manifacturing ‎[68 byte]
13. (cron) ‎Laser engineered net shaping ‎[68 byte]
14. (cron) ‎Design for AM for Selective Laser Melting ‎[75 byte]
15. (cron) ‎Droplet-Based Manufacturing ‎[89 byte]
16. (cron) ‎Direct energy deposition ‎[89 byte]
17. (cron) ‎Direct Metal Deposition ‎[89 byte]
18. (cron) ‎Components made AM ‎[96 byte]
19. (cron) ‎Aerospace ‎[96 byte]
20. (cron) ‎Contactless inspection ‎[98 byte]
21. (cron) ‎Vat Polymerization ‎[107 byte]
22. (cron) ‎Medical devices ‎[111 byte]
23. (cron) ‎Hybrid Additive Manufacturing ‎[133 byte]
24. (cron) ‎Fused Deposition Modeling ‎[134 byte]
25. (cron) ‎Post processing ‎[188 byte]
26. (cron) ‎Selective Laser Melting ‎[245 byte]
27. (cron) ‎Design for manufactoring ‎[245 byte]
28. (cron) ‎Material Jetting ‎[282 byte]
29. (cron) ‎Wire Arc Additive Manifacturing ‎[473 byte]
30. (cron) ‎Pagina principale ‎[770 byte]
31. (cron) ‎3D printing for health & wealth: Fabrication of custom-made medical devices through additive manufacturing. ‎[895 byte]
32. (cron) ‎Main Page ‎[914 byte]
33. (cron) ‎Experimental study aiming to enhance the surface finish of fused deposition modeled parts ‎[986 byte]
34. (cron) ‎Additive manufacturing with vat polymerization method for precision polymer micro components production ‎[1 238 byte]
35. (cron) ‎An experimental analysis of laser machining for dental implants ‎[1 407 byte]
36. (cron) ‎Precision additive manufacturing of NiTi parts using micro direct metal deposition ‎[1 422 byte]
37. (cron) ‎Cutting forces analysis in additive manufactured AISI H13 alloy ‎[1 563 byte]
38. (cron) ‎Design and manufacturing of patient-specific orthodontic appliances by computer-aided engineering techniques ‎[1 678 byte]
39. (cron) ‎Finite element modelling of Wire-Arc-Additive-Manufacturing process ‎[1 689 byte]
40. (cron) ‎3D printing benefits on supply chain ‎[1 707 byte]
41. (cron) ‎Integration of FDM surface quality modeling with process design ‎[1 794 byte]
42. (cron) ‎Direct Metal Laser Sintering, robotic applications ‎[1 827 byte]
43. (cron) ‎Augmented reality 3D for manual assemply workstation ‎[1 864 byte]
44. (cron) ‎Laser Processing ‎[1 900 byte]
45. (cron) ‎The Line Formation with Alumina Powders in Drop on Demand Three Dimensional Printing ‎[1 976 byte]
46. (cron) ‎3D printing technique applied to rapid casting ‎[1 984 byte]
47. (cron) ‎Selection of optimal process parameters for wire arc additive manufacturing ‎[2 045 byte]
48. (cron) ‎Additive Manufacturing Approaches for Hydroxyapatite‐Reinforced Composites ‎[2 127 byte]
49. (cron) ‎Monitoring Approach to Evaluate the Performances of a New Deposition Nozzle Solution ‎[2 193 byte]
50. (cron) ‎Equipment for additive manufacturing of biocompatible silicone ‎[2 194 byte]

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