041 - MICRO MANUFACTURING ENGINEERING AND TECHNOLOGY

1. Overview of micro-manufacturing
2. Micro-products and design considerations for manufacturing
3. Considerations on manufacturing method
4. Manufacturing methods and processes
5. Process chains and hybrid processes
6. Development and utilization strategies of micromanufacturing technologies
7. Micro-/nano-machining through mechanical cutting
8. Fundamentals of the micro-/ nano-cutting process
9. Modeling the micro-/ nano-cutting process
10. Precision machines for micro-/nano-cutting
11. Micro-tooling, applications, micro-edm
12. Working principle, machining principle of edm
13. Process parameters and process capabilities
14. Laser micro-structuring, basic properties of laser ablation
15. Process principles for laser ablation, examples
16. Hot embossing, hot embossing process, process variations, materials for hot embossing
17. Hot embossing techniques, hot embossing tools, applications
18. Micro-injection-molding, micro-injection molding scenario, micro-injection molding scenario
19. Process control and analysis
20. Defects of micro-injection molded parts: weld lines, process simulation
21. Micro-bulk-forming, basic cold forming processes, workpiece materials
22. Tool materials, machine and tool design, micro-tribology
23. Forming of micro-sheetmetal components, manufacturing processes and fundamentals
24. General considerations for manufacturing
25. Manufacturing presses/ machines
26. Design considerations for micro-sheet metal parts for forming
27. Micro-sheet forming – a case study
28. Technological competitiveness and operational economics
29. Micro-hydroforming, piinciple of hydroforming and process variants
30. Semi-finished products and materials, process chain for part production
31. Design considerations and potential applications of micro-hydroforming
32. Laser-assistedmicro-forming, licro-mechanical-assembly
33. Classification of micromechanical assembly methods
34. Systematic approach to micro-mechanical handling and assembly
35. Application example: mechanical assembly of push button parts
36. Laser beam micro-joining, laser beam soldering, deep x-ray lithography
37. The liga process and its strengths, liga manufacturing steps
38. İrradiation technology, micro-electroplating technology
39. Surface engineering and micro-manufacturing
40. Fundamentals of advanced surface engineering processes for tooling protection
41. Applications of surfaceengineering processes in micro-manufacturing
42. Polymer thin films – processes, parameters and property control
43. Thin films obtained by extrusion coating, organic coatings deposited in solution
44. vacuum-deposited coatings
45. micro-/nano-fibers by electrospinning technology: processing, properties and applicationsby electrospinning technology: processing, properties and applications
46. Working principle and configuration of electrospinning processing
47. Electrospinning processing parameters – control of the micro-nano-fiber morphology
48. Applications of electrospun functional micro-nano-fibers
49. Tooling process chains and concepts, Handling for micro-manufacturing
50. Serial pick-and-place task, inter-machine transport systems
51. Robotics in micro-manufacturing and micro-robotics
52. Micro-robotics applications, Sensors and actuators in micro-robotics
53. Micro-robot examples
54. Optical coherence tomography for the characterization of micro-parts and –structures
55. Applications of oct for the evaluation of structures on the micron scale
56. İn-situ testing of mechanical properties of material
57. İntegrating a mechanical testing set-up in an sem
58. Testing and diagnosis for micro-manufacturing system, Precision measurement systems
59. Micro-mechanics modeling for micro-forming processes
60. Micro-material models, Process simulation for the forming of micro-pins
61. Manufacturing execution systems for micro-manufacturing
62. Mustainability of micromanufacturing technologies

Size               - 16.817  Mb

Pages             - 424

Language       - English

File Type       - PDF