16685052
Descripción
Fichas por Nils von der Heide, actualizado hace más de 1 año
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Creado por Nils von der Heide
hace casi 6 años
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| Pregunta | Respuesta |
| Name four outcomes of the automation and optimization of entire factories and process chains through networking! | - individualized mass production - cyber-physical systems - new value chains - new manufacturing techniques and new design possibilities with 3D printing |
| Name the four steps of future manufacturing with AM at the core! | 1. Scan/Design + Analyze 2. Build + Monitor 3. Test + Validate 4. Deliver + Manage |
| Name the 5 production steps of 3D printing! | 1. Digital Design of the 3D Model 2. Preparation of construction process 3. construction process 4. Possible post-construction 5. Use of printed object |
| Name the 4 biggest segments of material types for AM! | - Photopolymers (45.5%) - Filaments (15.1%) - LS polymer powders (12.8%) -Metals (11.5%) |
| Name the biggest markets developments for AM when considering the CAGR 2017-2022! | - Power Generation (37%) - Aero & Defense (35%) - Gen. Industries (34%) - Medical (33%) - Oil & Gas (32%) - Automotive (24%) |
| Name the three countries from where the most AM systems are sold! | - USA (50.6%) - Israel (24.8%) - Germany (16.8%) |
| What are challenges for the aerospace industry? | - Pressure, time & costs - Individual customer requirements - world market with emphasis in the east - complex processes and high reliability requirements |
| What are longterm potentials for the aerospace industry? | - lightweight design of structural airplane components - new engine concepts for increased fuel efficiency - enhanced components |
| Name three enablers for high volume production for Airbus! | - Robust Design for AM - high repeatability - reliable cost effective surface |
| What are longterm potentials for the automotive industry? | - custom motorsports serves with further lead time reduction - exploit full strength and potential of AM - Process industrialization |
| Name the 5 parts of the hype cycle for AM in the automotive industry! | - Innovation trigger - peak of inflates expectations - Trough of disillusionment - slope of enlightenment - plateau of productivity |
| Name three challenges of AM in today's automotive industry! | - economics limited to low-volume production - manufacturing large parts - intellectual property concerns |
| Name three opportunities of AM in today's automotive industry! | - Game changer in design and production - more materials available - improved AM product quality and reduced post-processing |
| Name three interconnected values of AM in medical solutions! | - Precise patient data capture from imaging - Digital solution planning using specialized medical software - Realization of physical production using 3D print |
| Name three advantages of AM for healthcare! | - no significant cost increase with increasing complexity - use of small tools for better access without sacrificing stiffness and accuracy - challenges of milling thin sections |
| Name three long-term potentials for Industrial gas turbines! | - advanced AM process - continued increase in operating temperature - enhanced components |
| Name 6 key values of AM from Siemens point of view! | - 30% reduction of greenhouse gas emissions - 65% less resources in production process - 75% reduction of development - ∞ flexibility for design of parts - 60% faster repair - 50% reduction of lead time |
| What are the three parts of Oerlikon's AM philosophy? Industrializing AM for... | - Reliability - Productivity - Performance |
| Name the 4 parts of Oerlikon's End-to-end application engineering! | - Material design & powder producer - Design optimization - Additive fabrication - Post-processing |
| Name the three values for customers in Oerlikon's business model! | 1. Use AM without risk 2. End-to-end application 3. Expand limits of AM |
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