Submission
DATE IMPORTANTI
28/10/2026
Apertura sito per invio sommario
20/11/2026
Scadenza invio sommario per tutte le sessioni
04/12/2026
Comunicazione accettazione sommario
05/02/2027
Scadenza invio lavori per tutte le sessioni
19/03/2027
Comunicazione accettazione lavori sessione Giovani Ricercatori e indicazioni per editing
14/04/2027
Ricezione lavori finali sessione Giovani Ricercatori da inviare a Springer
14/05/2027
Comunicazione accettazione lavori sessioni tradizionali
MODALITÀ DI INVIO DEL SOMMARIO
Inviare il sommario, redatto in lingua inglese, tramite la piattaforma EasyChair al link https://easychair.org/conferences/?conf=aitem2027, compilando i seguenti campi:
- sessione alla quale si intende partecipare;
- elenco degli autori e loro affiliazione;
- titolo per esteso;
- descrizione del contributo (massimo 1000 caratteri, spazi inclusi);
- elenco di 3 keyword che identifichino il tema del contributo, di cui almeno 2 scelte fra le keyword AITeM, le cui mappe sono disponibili di seguito;
- argomento principale, da selezionare tra le opzioni disponibili di seguito.
Al completamento dell’operazione, la piattaforma emetterà una ricevuta di avvenuto invio.
MODALITÀ DI INVIO DEL LAVORO COMPLETO
Le modalità per l’invio del lavoro completo saranno rese disponibili entro il 04/12/2026.
ARGOMENTI PRINCIPALI - MAIN TOPICS
Italiano
ENGLISH
Progettazione, ottimizzazione e ingegnerizzazione dei processi manifatturieri
Manufacturing processes design, optimization and engineering
Progettazione e gestione dei sistemi di fabbricazione
Manufacturing systems design and management
Ingegneria della qualità e metrologia per la produzione
Quality engineering and production metrology
Fabbricazione additiva e ingegneria inversa
Additive manufacturing and reverse engineering
Sostenibilità dei sistemi, delle tecnologie e dei prodotti
Systems, technologies and products sustainability
Simulazione e ottimizzazione di processi e sistemi e fabbricazione digitale
Process and system simulation, optimization and digital manufacturing
Tecnologie di lavorazione di materiali
Materials processing technology
Assemblaggio, disassemblaggio ed economia circolare
Assembly, disassembly and circular economy
Keyword
Additive manufacturing
| Binder Jetting (BJ) |
| Direct Energy Deposition (DED) |
| Material Extrusion |
| Material Jetting |
| Powder Bed Fusion |
| Sheet lamination |
| Vat photopolimerization |
| Wire Arc Additive Manufacturing (WAAM) |
Artificial intelligence
| Fuzzy logic |
| Knowledge based system |
| Knowledge management |
| Learning |
| Machine learning |
| Neural network |
Assembly & joining processes
| Adhesive bonding |
| Arc welding |
| Bonding |
| Brazing |
| Clinching |
| Electron beam welding |
| Feeding |
| Friction riveting |
| Friction stir welding |
| Friction welding |
| Joining by forming |
| Laser welding |
| Peg-in-hole insertion |
| Plasma welding |
| Pressing |
| Resistance welding |
| Riveting |
| Screwing |
| Soldering |
| Ultrasound welding |
Casting & Forming processes
| Bending |
| Blanking |
| Casting |
| Deep drawing |
| Drawing |
| Extrusion |
| Forging |
| Free forming |
| Hydroforming |
| Incremental sheet forming |
| Injection molding |
| Rolling |
| Sheet forming |
| Sintering |
| Spinning |
| Stamping |
| Superplasticity |
Demanufacturing processes
| Disassembly |
| Hydro-metallurgical processes |
| Mechanical separation |
| Sorting |
Electro-physical and chemical processes
| Electrical Discharge Machining (EDM) |
| Electro Chemical Machining (ECM) |
| Electron Beam Machining (EBM) |
| Etching |
| Ion Beam Machining (IBM) |
| Photochemical machining |
Heat treatment
| Annealing |
| Carburizing |
| Hardening |
| Quenching |
Human aspects
| Cognitive robotics |
| Ergonomics |
| Haptic device |
| Human robot collaboration |
| Man-machine system |
| Safety & Well being |
Industrial sectors
| Aeronautical & aerospace |
| Automotive |
| Bio-intelligent manufacturing |
| Biomedical applications |
| Chemical |
| Electronics |
| E-mobility |
| Food |
| Forniture |
| Health care |
| Machine Tools |
| Mining&ore processing |
| Naval |
| Pharma |
| Railways |
| Textile |
| White goods |
Laser processes
| Laser cutting |
| Laser heat treatment |
| Laser machining |
| Laser welding |
Machine tool & Automation
| Active damping |
| Automated guided vehicle (AGV) |
| Cooling |
| Feed drives |
| Grippers |
| Kinematic robots |
| Laser guided vehicle (LGV) |
| Lubrication |
| Mechatronic components |
| Parallel kinematics |
| Spindle |
| Structural analysis |
| Thermal error |
Machining processes
| Boring |
| Cryogenic |
| Deburring |
| Drilling |
| Finishing |
| Grinding |
| Honing |
| Hybrid |
| Lapping |
| Milling |
| Polishing |
| Tapping |
| Turning |
| Waterjet |
Manufacturing materials
Aluminium alloys |
Bio based materials |
Carbon nanotubes |
Carbides |
Cast iron |
Ceramics |
Cobalt alloys |
Composites |
Copper |
Cubic Boron Nitride (CBN) |
Diamond |
Fiber reinforced plastic |
High strength steel |
Lattice |
Magnesium alloys |
Metal matrix composite |
Nickel alloys |
Polymers |
Shape memory alloy |
Shape memory polymers |
Silicon |
Silicon carbide |
Smart materials |
Stainless steel |
Steel |
Thermoplastics |
Titanium alloys |
Ultra-high strength steel |
Manufacturing systems
| Assembly lines |
| Flexible Manufacturing Systems (FMS) |
| Reconfigurable Manufacturing Systems (RMS) |
| Robotics |
| Smart manufacturing |
| Transfer lines |
Mechanical testing
| Brittleness |
| Buckling |
| Constitutive models |
| Damage analysis |
| Delamination and debonding |
| Dynamic behaviour |
| Fatigue |
| Flexural behaviour |
| Fracture analysis |
| Hardness |
| Mechanical testing equipment |
| Residual stress |
| Shear strength |
| Springback |
| Stiffness |
| Tensile strength |
Metrology & Tolerancing
| Atomic Force Microscopy (AFM) |
| Coordinate Measuring Machine (CMM) |
| Geometrical Tolerances |
| Hyperspectral camera |
| Inspection |
| Radiography & Tomography |
| Scanning Electron Microscope (SEM) |
| Scanning Tunnelling Microscopy (STM) |
| Thermography |
| Ultrasonic controls |
| Visual inspection |
Micro processing
| Micro additive |
| Micro assembly |
| Micro electro-chemical processing |
| Micro forming |
| Micro injection |
| Micro machining |
Monitoring
| Acoustic emission |
| Chatter |
| Digital Shadow |
| Digital Twin |
| Image processing |
| In-process measurement |
| Object recognition |
| Pattern recognition |
| Predictive model |
| Product Data Management (PDM) |
| Sensors |
| Vibration |
Plastic and composite materials processes
| Composite repairing |
| Compression moulding |
| Curing |
| Filament winding |
| Injection moulding |
| Lay-up process |
| Press moulding |
| Pultrusion |
| Resin infusion |
| Resin transfer molding |
| Tape/fiber placement |
| Thermoforming |
| Vacuum-bag molding |
Process planning & Control
| Adaptive control |
| Adaptive manufacturing |
| Computer Aided Manufacturing (CAM) |
| Computer Aided Process Planning (CAPP) |
| Computer Numerical Control (CNC) |
| Distributed control |
| Edge computing |
| Tool path |
Product design
| Conceptual design |
| Decision making |
| Design for Assembly |
| Design for Disassembly |
| Design for Manufacturing |
| Design optimization |
| Multi-level modelling |
| Product lifecycle management |
| Rapid prototyping |
Production paradigms
| Distributed manufacturing |
| Hybrid assembly system |
| Industry 4.0/5.0 |
| Innovation management |
| Manufacturing network |
| Mass customization |
| Product service systems |
| Service |
Production planning
| Handling |
| Logistics |
| Manufacturing Execution System (MES) |
| Operations management |
| Production monitoring |
| Scheduling |
| Sequencing |
Production system design
| Cellular manufacturing |
| Commissioning |
| Concurrent engineering |
| Flexibility |
| Lean manufacturing |
| Modular design |
| Reconfiguration |
| System architecture |
Quality
| Customer satisfaction |
| Maintenance |
| Performance indicators |
| Quality assurance |
| Quality control |
| Reliability |
| Statistical Process Control (SPC) |
| Zero defect |
Surfaces
| Cleaning |
| Coating |
| Cold spray |
| Plasma processes |
| Surface analysis |
| Surface integrity |
| Texture |
| Tribology |
| Ultrasonic cleaning |
Sustainability
| Circular economy |
| Composite recycling |
| Eco-design |
| Energy efficiency |
| Environmental impact |
| Lifecycle assessment |
| Sustainable development |
| Sustainable processes |
Tools & Fixtures
| Die |
| Electrode |
| Jigs |
| Mold (or Mould) |
| Probe |
| Rapid tooling |
| Refurbishing |
| Tool geometry |
| Tool wear |
Virtual modeling
| Augmented reality |
| Computer Aided Design (CAD) |
| Computer-Aided Engineering (CAE) |
| Discrete element method |
| Discrete event simulation |
| Geometric modelling |
| Multi-physics simulation |
| Reverse engineering |
| Virtual reality |