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Research Group Complex Structural Components

Fields of work

For extreme lightweight applications and fiber-plastic composites with graded properties in the reinforcing fibers and matrix materials, the working group researches and develops theoretical methods and generative manufacturing processes in an interdisciplinary research approach. The Tailored Fiber Placement (TFP) technology developed at the IPF is primarily used for the realization of innovative lightweight components. 

Topics

  • Development of new design and optimization methods for variable-axial composite
  • Optimization of variable-axial composite parts for strength and stiffness 
  • Manufacturing of composite prototype parts with thermoset and thermoplastic matrix materials
  • Development and application of generative manufactured Mulit-Matrix Composites (MMC)

Members of the Workgroup

Prof. Dr.-Ing. Axel SpickenheuerHead of workgroup
Amen Ali Abdalla Scientific staff member
Jonathan AndräScientific staff member
Sascha BrukScientific staff member
Oliwia Fila Technician
Simon KonzeScientific staff member
Moritz Kurkowski Scientific staff member
Stuart James KusdonoGuest scientist
Dr. Tales de Vargas LisbôaScientific staff member
Dr. Eduardo Antonio Wink de MenezesScientific staff member
Dr. Francisco Alekson Chaves NobregaGuest scientist
Morgan RenardGuest scientist
Nicole SchmidtTechnician 
Dr. Cristiano João Brizzi UbessiGuest scientist
Cameron WelkerScientific staff member
Otávio BarivieraGuest student
Victor BezasGuest student
Augusto BisioGuest student
Sebastian EichStudent assistant / qualification thesis
Lucas GieβlerStudent assistant / qualification thesis
Willi KuscheStudent assistant / qualification thesis
Victor MozerGuest student
Alice OsterbergStudent assistant / qualification thesis
Paul Wedigo ScheerStudent assistant / qualification thesis
Leon SchildStudent assistant / qualification thesis
Daniel Pacheco e SilvaGuest student
Jakob StraβburgerStudent assistant / qualification thesis

Exampless: TFP preforms, composite parts and textile implants