Micromanufacturing Engineering and Technology

1. Overview on Micro-Manufacturing Engineering and Technology
2. Micro/Nano-Mechanical Machining
3. Focused Ion-Beam Machining
4. Micro/Nano-EDM
5. Laser Ablation for Micro-manufacturing
6. Micro-Electro-chemical-machining
7. Micro/Nano-hot embossing
8. Shaping of polymerical micro-tubes
9. Micro-injection moulding
10. Soft moulding and micro-sintering
11. Micro-electrical-field-activated-sintering
12. Micro-bulk-forming
13. Micro-sheet-forming
14. Micro-hydroforming
15. Micro-laser-forming
16. Micro-mechanical assembly
17. Micro-moulding for assembly
18. Micro-joining (laser welding and soldering)
19. Deep X-Ray Lithography
20. Micro-surface treatment (plasma PVD, PECVD)
21. Micro-tools with Diamond-Like Coating
22. Thin film fabrication
23. Advanced Inkjet Technology for Micro-Fabrication
24. Micro/nano-materials processing by spinning
25. Micro-tooling process chains
26. Handling for Micro-manufacturing
27. Robotics for Micro-manufacturing
28. Metrology in Micro-Manufacturing
29. OCT: a novel technique for the characterisation of micro-parts and -structures
30. In-situ micro-materials testing
31. Micro-factory for micro-manufacturing
32. Micro-material and process modelling
33. Manufacturing system integration and software
34. Life cycle assessment of micro-manufacturing technologies

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• Nanotecnologia
• Química industrial e tecnologias de fabrico

i?1/2-die sinking EDM; i?1/2-ED drilling; i?1/2-WEDG; i?1/2-WEDM; 3-Dimensional imaging; 3D micro-structure printing; Actuators; Addictive process; Applications; Barrier properties; Capillary; Case-study; Ceramic; Clinching; Cohesive zone; Compression; Continuous welding; Controlled Poisson Voronoi tessellation (CPVT); Coupled multiphysical fields activation; Cross-linking; Crystal plasticity finite element (CPFE); Customer order process; Desktop factory; Diagnosis and testing; Diamond-like carbon; Effect on materials; Electrical discharge machining; Electrical resistance sintering; Electrochemical machining; Electrodischarge machining; Electroforming; Electrolysis; Electrospinning; Embossing materials; Enterprise; Environmentally benign tribological properties; Finite element; Focused ion beam; Folding; Forming dies; Forming machines; Forming tools; Grasping and sensors; Handling; Hot embossing; Image analysis; Information technology; Injection molding; Inkjet printing; Ion matter interaction; Joinery; Laser; Laser ablation; Laser beam micro-joining; Laser beam welding; Laser soldering; Laser-assisted forming; Laser-induced fusion bonding; LDPE; Life-cycle analysis; LIGA; Lithography; Low temperature process; Low-coherence interferometry; Machine layout; Machines; Macro-components; Macro-robot; Manufacture; Manufacturing execution systems; Maskless fabrication; Materials processing; MEMS; Meso-machines; Metal micro-structures; Metal nano-particles; Metrology; Micro- and nano-fibers; Micro- and nano-structures; Micro-/nano-cutting; Micro-/nano-fabrication; Micro-/nano-manufacturing; Micro-assembly; Micro-bulk forming; Micro-components; Micro-electrochemical technology; Micro-fabrication; Micro-factory; Micro-FAST; Micro-features; Micro-forming; Micro-grippers; Micro-handling systems; Micro-hydroforming; Micro-injection molding; Micro-machining; Micro-manufacturing; Micro-pin; Micro-products; Micro-robot; Micro-shaping; Micro-sheet forming; Micro-sheet metal; Micro-stamping; Micro-structuring; Micro-system/device; Micro-systems; Micro-tooling; Miniaturization; Model-based testing; Modular production system; Molecular dynamics; Nano-indentation; Nano-machining; Nano-robot; Nanomaterials; Nanotechnology; Net shape; Noncontact measurement; Nonconventional direct patterning; Nondestructive testing; Nontraditional Manufacturing technologies; Optical coherence tomography; Optical properties; Pick-and-place; Polymer; Polymer thin film; Polymeric tubes; Polymers; Process chains; Process control; Process design; Process optimization; Processes; Production IT; Reconfigurable production system; Riveting; Scanning electron microscope; Screwing; Self-assembly; Sensors; Simulation; Single discharge; Size effect; Snap fit; Soft lithography; Spot welding; Springback; Standard carriers; Surface engineering; Surface functionalization; Surface tension; Sustainable manufacturing; Techniques; Tensile; Tools; Top-down and bottom-up approaches; Transport systems; Tribology; Tubular micro-components; TUT-micro-factory concept; Ultraprecision; Vacuum deposition; Velcro; VGRAIN; Wear mechanism; Workpieces