Research Papers and Theses

Showing 1 - 11 of 11 Results

  • Paper Title
    Type of Paper
    Subject Area
    WEB
    PDF
  • The effect of cannulation locations during cardiopulmonary by-pass in rabbit aortas through CFD and 4D Flow MRI [26382]
    Diploma Thesis Master Thesis
    F1.1;F4
    [811001-4]
     
    Link to PDF
  • Development of an uncertainty analysis strategy in flow simulations of cardiovascular medical devices [26315]
    Master Thesis
    F10;F10.1;F1;F1.1;F4
    [811001-4]
     
    Link to PDF
  • Development of a verification model for the implementation of hemolysis models in flow simulations [26283]
    Term Paper Bachelor Thesis Diploma Thesis Master Thesis Project Work
    F10;F10.1;F1;F1.1;F4
    [811001-4]
     
    Link to PDF
  • Production and characterization of Biohybrid Tissue engineered heart valve [26250]
    Master Thesis
    F10;F10.1;F1.3;F4
    [811001-5]
    Link to Webpage
    Link to PDF
  • Prototype development of a new type of artificial lung - Prototypenentwicklung einer neuartigen künstlichen Lunge [25863]
    Master Thesis
    F4
    [811001-4]
     
    Link to PDF
  • Fluorescent Hemolysis Detection (FHD) Blutschädigung in Medizinprodukten Mithilfe von Fluorecens unter Laseranregung sichtbar machen. [25637]
    Bachelor Thesis Master Thesis Project Work
    F4
    [811001-4]
     
    Link to PDF
  • Gas exchange performace tests on blood analog fluids [25242]
    Term Paper Bachelor Thesis
    F10;F10.1;F4
    [811001-4]
     
    Link to PDF
  • Neuartiges Herstellungsverfahren für künstliche Lungen [25200]
    Master Thesis
    F4
    [811001-4]
    Link to Webpage
    Link to PDF
  • Analyse und Weiterentwicklung eines für Extreme-Frühgeborene entworfenen Oxygenators [24955]
    Bachelor Thesis Master Thesis
    F4
    [811001-4]
     
    Link to PDF
  • Weiterentwicklung einer flüssigkeitsbasierten Umgebung zur Behandlung von Extrem-Frühgeborenen [24954]
    Master Thesis
    F4
    [811001-4]
     
    Link to PDF
  • Optische Untersuchung von Strömungen und Blutschädigung in der Entwicklung von Medizinprodukten mithilfe von "Fluorescent Ghost Cells". [23279]
    Master Thesis
    F4
    [811001-4]
     
    Link to PDF