Additive Manufacturing e idrogeno
Additive Manufacturing: una tecnologia abilitante per le "applicazioni H2"
Davide Colombo - Valland
Sommario
(in lingua inglese)
- Introduction About Valland
- Hydrogen degradation in metals
- Hydrogen degradation mechanisms
- Compatibility of metals with Hydrogen
- Hydrogen compatibility in metals by AM
- Latest results about metals by AM for hydrogen environment
- Innovative solutions for hydrogen applications
- Additive Manufacturing: an enabling technology for H2
1. Introduction
- About Valland
2. Hydrogen degradation in metals
- Hydrogen degradation mechanisms
- Compatibility of metals with hydrogen
3. Hydrogen compatibility in metals by AM
- Latest results about metals by AM for hydrogen environment
4. Innovative solutions for hydrogen applications
- Additive Manufacturing: an enabling technology for H2
- About Valland
2. Hydrogen degradation in metals
- Hydrogen degradation mechanisms
- Compatibility of metals with hydrogen
3. Hydrogen compatibility in metals by AM
- Latest results about metals by AM for hydrogen environment
4. Innovative solutions for hydrogen applications
- Additive Manufacturing: an enabling technology for H2
Video
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Fonte: mcTER Idrogeno - Milano giugno 2022 La filiera dell'Idrogeno in Italia: sostenibilitŕ, incentivi, tecnologie
Settori: Additive manufacturing, Automazione industriale, Industria 4.0, Manutenzione industriale, Software industriale
Parole chiave: Additive manufacturing
- UNI Ente Nazionale Italiano di Normazione
- voestalpine High Performance Metals Italia
- Alessandra Strafella ENEA - Laboratorio di Tecnologie dei Materiali di Faenza
- Stefania Minnella
- Stefania Minnella
- Stefania Minnella