Dr. Susan Nazirizadeh

Rappid Prototyping vor Clients.

Entwicklung einer Smartphone Application zur Unterstützung der Therapie von Arthrose Patienten. Forschung im Gebiet der Bewegungsaufnahme via Smartphone.

Diploma Theses ”A Continuum Model for Tumour-Induced Capillary Growth” Institute of Applied Mechanics, Chair of Continuum Mechanics, Nov.2012- Jun 2013  Modelled the process of a medical problem with a method to describe phase transition, “Phase-Field Model”  Developed a thermodynamic consistent Phase-Field Model for the Tumour-Induced Capillary Growth with the FEM based software FlexPDE  Participated at Workshop “Phase Field Modelling”, Freudenstadt, Germany

Worked on a CO2 scrubber, research work for a cleaning process of the amino solution, experiment on the CO2 scrubber research facility in Heilbronn

Medizintechnik

Continuum Mechanics, Theory of Porous Media, Finite Element Method, Phase-Field Model, Biomechanical application Chemical Reaction Engineering Thermal Process Engineering Biotechnology Mechanical Process Engineering