After successful completion of the course, students are able to:

• calculate and design aviation gearboxes against the background of aviation regulations and building regulations of the licensing authorities   
  
• independently design aviation gearboxes  
  
•  to assess aviation gearboxes technically and with regard to the approval aspects   
  
• design aviation gearboxes against the background of the system design of rotary-wing aircraft and to integrate them into the system of rotary-wing aircraft   
  
•  experimentally develop, test aviation gearboxes and test in evidence against the background of aviation regulations and building regulations of the licensing authorities  
  
•  to design, calculate and implement selected machine elements based on standards and calculation regulations  
  
•  independently solve design and construction tasks professionally  
  
•  recognize and use the advantages and disadvantages of machine elements and their areas of application in the constructive environment

Basics, calculation and design of:

• Aviation law / legal provisions
• Aircraft gearbox lubrication
• Multiple-bearing shafts
• Rolling bearings for high speeds
• HUMS - Health and Usage Monitoring Systems
• Materials -shaft-hub connections for aviation gearboxes
• Housing and housing materials for aviation gearboxes
• Aligning and balancing shafts
• Typical aviation gearbox
• Case studies: flight incidents, accidents and their investigation
• Work in the laboratory and on test benches against the background of the aviation regulations and the building regulations of the licensing authorities

Lecture on the theoretical basics, calculation and design of the above-mentioned content, application of the content through calculation examples

Lectures start March 18th, 2021

Oral examination.

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Sichere Beherrschung der Grundkenntnisse in Konstruktionslehre und Maschinenelemente und der vertiefenden Grundlagen des Aufbaumoduls Höhere Maschinenelemente.

Anspruch auf Teilnahme an der Lehrveranstaltung VO Luftfahrtgetriebe haben Studierende, die folgende Module bereits absolviert haben: Grundlagenmodul Konstruktion Grundlagenmodul Maschinenelemente Aufbaumodul Höhere Maschinenelemente