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Vengono mostrati sotto 50 risultati dal 1 al 50.
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- Pagina principale (11:54, 6 dic 2019)
- Vat Polymerization (17:30, 12 dic 2019)
- Process Obtimazation (15:59, 7 gen 2020)
- Design for Assembly (17:15, 7 gen 2020)
- Design for manufacturing of surface to improve accuracy (11:56, 8 gen 2020)
- Hinge re-design (12:05, 8 gen 2020)
- Process Optimization (12:07, 8 gen 2020)
- Hybrid Adtive Manufacturing (13:07, 8 gen 2020)
- Components made AM (14:50, 8 gen 2020)
- Design for AM (17:48, 8 gen 2020)
- Design for AM - SLM (17:49, 8 gen 2020)
- Cutting Forces Additive Manifacturing (17:57, 8 gen 2020)
- Education (18:16, 8 gen 2020)
- Hybrid Additive Manufacturing SLM (18:23, 8 gen 2020)
- An experimental analysis of laser machining for dental implants (18:29, 8 gen 2020)
- Design and manufacturing of patient-specific orthodontic appliances by computer-aided engineering techniques (18:30, 8 gen 2020)
- Finite element modelling of Wire-Arc-Additive-Manufacturing process (18:30, 8 gen 2020)
- Selection of optimal process parameters for wire arc additive manufacturing (18:32, 8 gen 2020)
- Cutting forces analysis in additive manufactured AISI H13 alloy (18:34, 8 gen 2020)
- Laser engineered net shaping (18:36, 8 gen 2020)
- Design for manufacturing of surfaces to improve accuracy (18:37, 8 gen 2020)
- Development of a multifunctional panel for aerospace (18:39, 8 gen 2020)
- Laser Machining (18:40, 8 gen 2020)
- Droplet-Based Manufacturing (19:08, 8 gen 2020)
- The Line Formation with Alumina Powders in Drop on Demand Three Dimensional Printing (19:17, 8 gen 2020)
- Laser Processing (19:26, 8 gen 2020)
- 3D printing benefits on supply chain (19:33, 8 gen 2020)
- Augmented reality 3D for manual assemply workstation (19:37, 8 gen 2020)
- Selective Laser Melting Parts (19:55, 8 gen 2020)
- Aerospace (19:57, 8 gen 2020)
- Development of a multifunctional panel for aerospace use through SLM additive manufacturing (19:58, 8 gen 2020)
- Hybrid Additive Manufacturing SLM-CS (20:01, 8 gen 2020)
- Hybrid Additive Manufacturing of Al-Ti6Al4V with SLM e CS (20:05, 8 gen 2020)
- Impact of additive manufacturing on engineering education (20:06, 8 gen 2020)
- Design for AM for Selective Laser Melting (16:09, 9 gen 2020)
- Direct Metal Laser Sintering, robotic applications (16:15, 9 gen 2020)
- Compressive Properties of FDM Rapid Prototypes Treated with a Low Cost Chemical Finishing (22:01, 9 gen 2020)
- Post processing (22:11, 9 gen 2020)
- Experimental study aiming to enhance the surface finish of fused deposition modeled parts (22:13, 9 gen 2020)
- Wire Arc Additive Manifacturing (15:23, 25 gen 2020)
- Finite element(FEM) modelling of Wire-Arc-Additive-Manufacturing process (17:44, 26 gen 2020)
- Additive Manufacturing Approaches for Hydroxyapatite‐Reinforced Composites (18:13, 1 feb 2020)
- Precision additive manufacturing of NiTi parts using micro direct metal deposition (18:29, 1 feb 2020)
- Material Jetting (18:31, 1 feb 2020)
- Medical devices (18:33, 1 feb 2020)
- 3D printing for health & wealth: Fabrication of custom-made medical devices through additive manufacturing. (18:34, 1 feb 2020)
- Direct energy deposition (10:17, 3 feb 2020)
- Monitoring Approach to Evaluate the Performances of a New Deposition Nozzle Solution (10:30, 3 feb 2020)
- Design for manufactoring (10:40, 3 feb 2020)
- Integration of FDM surface quality modeling with process design (10:47, 3 feb 2020)
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