Sprachmenü
  • de
Suche Intern
Hauptnavigation
 
  • Institut of Lightweight Engineering
  • Team
  • Research
  • Teaching
  • Equipment

Universität der Bundeswehr München

Breadcrumbs
  1. Startseite
  2. Lehre
  3. Studentische Arbeiten

#Fibre-reinforced plastics #Manufacturing technology #Camouflage materials

Title of the work: Optimisation of the process route for the production of particle-filled fibre-matrix semi-finished products

#Bonding #FEM #Mechanics

Title of the work: Investigation of the influence of the joint topography on the service life of shear-loaded CFRP adhesive joints

#Lightweight constructions #Smart materials #Space

Title of the work: Conception of an in-orbit experiment on thermostable satellite structures

#Additive manufacturing #Load application #FEM

Title of the work: Optimization of the pin arrangement in hybrid metal-FRP joints

#NDT #neural networks #CFRP

Title of the work: Creation of a neural network for the detection of impact damage

#Control design #Space #Optimization

Title of the work: Controller design for a thermoelastic structural experiment

#Simulative #Space #Structural Event Monitoring

Title of the work: Detection of high-speed impacts by microparticles

#additive manufacturing #robots #crystallization kinetics

Title of the work: Analysis of crystallization kinetics in large-scale material extrusion process

#additive manufacturing #robots #crystallization kinetics

Title of the work: Optical analysis of crystalline structures in large scale material extrusion process

#experimental #polymers #interphases

Title of the work: Analysis of function extension by means of interphases between thermoplastics and thermosets

#BMW #Vehicle acoustics #Structural dynamics

Title of the work: Investigation of the structural dynamics of vehicle doors to optimise the tonal resonance during the door closing process

#experimental #fiber composites

Title of the work: Characterization and development of metal powder suspensions for incorporation into fiber composites with regard to stability, fiber adhesion and influence on mechanical characteristics

#experimental #simulative #additive manufacturing

Title of the work: Characterization of PBF particle dampers with thin cavities

Head of Institute

Prof. Dr.-Ing. Philipp Höfer

  • +49 89 6004 5600
  • philipp.hoefer@unibw.de

Address

Institute of Lightweight Engineering
Department of Aerospace Engineering
University of the Bundeswehr Munich

Werner-Heisenberg-Weg 39
85577 Neubiberg

Quicklinks

Meta-Navigation Tools
  • Kontakt
  • Impressum
  • Datenschutzerklärung
  • Hochschulkommunikation
  • Webmail
  • Anmeldung
Zum Seitenanfang springen