Andere Kunden interessierten sich auch für
![Digital Twin Methodology for the Automated Fiber Placement with In-situ Consolidation of Thermoplastic Tape]( "Digital Twin Methodology for the Automated Fiber Placement with In-situ Consolidation of Thermoplastic Tape")
Digital Twin Methodology for the Automated Fiber Placement with In-situ Consolidation of Thermoplastic Tape49,00 €![Laserunterstütztes Tape Placement Verfahren für die Herstellung dreidimensionaler Strukturkomponenten aus endlosfaserver]( "Laserunterstütztes Tape Placement Verfahren für die Herstellung dreidimensionaler Strukturkomponenten aus endlosfaserver")
Laserunterstütztes Tape Placement Verfahren für die Herstellung dreidimensionaler Strukturkomponenten aus endlosfaserver39,00 €![Simulation of the thermoforming process of UD fiber-reinforced thermoplastic tape laminates]( "Simulation of the thermoforming process of UD fiber-reinforced thermoplastic tape laminates")
Simulation of the thermoforming process of UD fiber-reinforced thermoplastic tape laminates54,00 €![Laser Assisted Machining of Gelcast Fused Silica Ceramic Composites]( "Laser Assisted Machining of Gelcast Fused Silica Ceramic Composites")
Laser Assisted Machining of Gelcast Fused Silica Ceramic Composites55,99 €![Beitrag zur Qualitätssicherung beim in-situ Tape-Legen komplexer Laminate]( "Beitrag zur Qualitätssicherung beim in-situ Tape-Legen komplexer Laminate")
Beitrag zur Qualitätssicherung beim in-situ Tape-Legen komplexer Laminate39,00 €![Serious Games for Healthcare in Ambient Assisted Living Environments]( "Serious Games for Healthcare in Ambient Assisted Living Environments")
Serious Games for Healthcare in Ambient Assisted Living Environments39,00 €![Laser-Assisted Machining]( "Laser-Assisted Machining")
Laser-Assisted Machining264,99 €
The thesis presents time-dependent thermal models for laser-assisted thermoplastic tape placement and obtains the melt pool depth, dwell time and length, interface cooling rate and through-thickness elastic modulus at various process speeds. Experiments show the effect of temperature gradients at 1 m/s process speed. A novel optimization strategy adjusts the melt dwell length to the available pressuring length of consolidation rollers. Optimization potentials for laser technologies were identified.