15 Einträge gefunden

1. Validation of the Design for Mass Adaptation Method – A Case for Higher Medical Treatment Quality

   1. Üreten, Selin
   2. Spallek, Johanna
   3. Üreten, Ece
   4. Krause, Dieter

   2020 - TUHH Open Research
2. Evaluation of a modular in vitro neurovascular procedure simulation for intracranial aneurysm embolization

   1. Nawka, Marie Teresa
   2. Spallek, Johanna
   3. Kuhl, Juliane
   4. Krause, Dieter
   5. Buhk, Jan-Hendrik
   6. Fiehler, Jens
   7. Frölich, Andreas M. J.

   2020 - TUHH Open Research
3. Comparing Technologies of Additive Manufacturing for the Development of Modular Dosimetry Phantoms in Radiation Therapy

   1. Wegner, Marie
   2. Krause, Dieter
   3. Gargioni, Elisabetta
   4. Spallek, Johanna

   2020 - TUHH Open Research
4. Design for Mass Adaptation of the Neurointerventional Training Model HANNES with Patient-Specific Aneurysm Models

   1. Spallek, Johanna
   2. Kuhl, Juliane
   3. Wortmann, Jana Nadine
   4. Buhk, Jan-Hendrik
   5. Frölich, Andreas M. J.
   6. Nawka, Marie Teresa
   7. Kyselyova, Anna

   2019 - TUHH Open Research - frei zugänglich
5. Evaluation of a modular in vitro neurovascular procedure simulation for intracranial aneurysm embolization

   1. Nawka, Marie Teresa
   2. Spallek, Johanna
   3. Kuhl, Juliane
   4. Krause, Dieter
   5. Buhk, Jan Hendrik
   6. Fiehler, Jens
   7. Frölich, Andreas

   2019 - Forschungsinformationssystem des UKE
6. Current status of training environments in neuro-interventional practice: Are animal models still contemporary?

   1. Nawka, Marie Teresa
   2. Fiehler, Jens
   3. Spallek, Johanna
   4. Buhk, Jan-Hendrik
   5. Frölich, Andreas M. J.

   2019 - TUHH Open Research
7. Current status of training environments in neuro-interventional practice: are animal models still contemporary?

   1. Nawka, Marie Teresa
   2. Fiehler, Jens
   3. Spallek, Johanna
   4. Buhk, Jan-Hendrik
   5. Frölich, Andreas Maximilian

   2019 - Forschungsinformationssystem des UKE
8. Concept of an in-vitro model for endovascular stroke treatment using additive manufacturing

   1. Wortmann, Jana Nadine
   2. Spallek, Johanna
   3. Kyselyova, Anna
   4. Frölich, Andreas M. J.
   5. Fiehler, Jens
   6. Krause, Dieter

   2019 - TUHH Open Research
9. Detection of flow dynamic changes in 3D printed aneurysm models after treatment

   1. Sedlacik, Jan
   2. Frölich, Andreas
   3. Spallek, Johanna
   4. Forkert, Nils D.
   5. Werner, Franziska
   6. Knopp, Tobias
   7. Krause, Dieter

   2017 - Forschungsinformationssystem des UKE
10. Influences of additive manufacturing on design processes for customised products

    1. Spallek, Johanna
    2. Sankowski, Olga
    3. Krause, Dieter

    2016 - TUHH Open Research
11. Magnetic particle imaging for high temporal resolution assessment of aneurysm hemodynamics

    1. Sedlacik, Jan
    2. Frölich, Andreas M. J.
    3. Spallek, Johanna
    4. Forkert, Nils Daniel
    5. Faizy, Tobias Djamsched
    6. Werner, Franziska
    7. Knopp, Tobias

    2016 - TUHH Open Research - frei zugänglich
12. Process types of customisation and personalisation in design for additive manufacturing applied to vascular models

    1. Spallek, Johanna
    2. Krause, Dieter

    2016 - TUHH Open Research - frei zugänglich
13. 3D printing of intracranial aneurysms using fused deposition modeling offers highly accurate replications

    1. Frölich, Andreas M. J.
    2. Spallek, Johanna
    3. Brehmer, Laurin
    4. Buhk, Jan-Hendrik
    5. Krause, Dieter
    6. Fiehler, Jens
    7. Kemmling, André

    2016 - TUHH Open Research
14. Additively manufactured components for structural applications in aircraft interior - Two case studies

    1. Oltmann, Jan
    2. Seemann, Ralf
    3. Spallek, Johanna
    4. Krause, Dieter

    2016 - TUHH Open Research
15. Magnetic Particle Imaging for High Temporal Resolution Assessment of Aneurysm Hemodynamics

    1. Sedlacik, Jan
    2. Frölich, Andreas
    3. Spallek, Johanna
    4. Forkert, Nils D
    5. Faizy, Tobias D
    6. Werner, Franziska
    7. Knopp, Tobias

    2016 - Forschungsinformationssystem des UKE - frei zugänglich