Jean-Pierre Durand, Patrick Matthiesen, unidentified woman and Serge Donabedian working on a puzzle at Aenny's 80th birthday; London.

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Interior of Aenny Catzenstein's apartment; Onslo Court (?), London Architecture Residences Interior

Aenny Catzenstein is seen sitting on a sofa in the left corner of the picture

Interior of Aenny Catzenstein's apartment; Onslo Court (?), London Architecture Residences Interior

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Interior of Aenny Catzenstein's apartment; Onslo Court (?), London Architecture Residences Interior

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Aenny Catzenstein nee Gottschalk in her living room; London.

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Aenny Catzenstein nee Gottschalk shortly before her death; London.

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Patrick and Susan Matthiesen playing chess at Aenny Catzenstein nee Gottschalk's 80th birthday; London Portraits Family

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Family and guests at Aenny Catzenstein nee Gottschalk's 80th birthday; London.

Front row l-r: Beatrice Durand, Francine Durand and Aenny Catzenstein, the boys are Ara-Serge Donabedian and Patrick Matthiesen and the adults are Susan Prior, Francis Matthiesen, Maren Matthiesen, Nino Fabri and Olga Matthiesen,

Aenny Catzenstein nee Gottschalk in her last years, blind from glaucoma; London.

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Aenny Catzenstein nee Gottschalk at her desk; London Portraits Women

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Aenny Catzenstein nee Gottschalk, blind from glaucoma, with her daughter Ellen Bernkopf nee Catzenstein; London.

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Aenny Catzenstein nee Gottschalk at her 80th birthday party with Patrick Matthiesen and Serge Donabedian; London.

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Franz Matthiesen outdoors with his second wife Katherina Früh outside of Franz's Carton Hill home; London.

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Family and guests at Aenny Catzenstein nee Gottschalk's 80th birthday party; London.

Dinner scene with Franz Mattheisen left, daughter Susan Mattheisen next to him, next daughter Maren Matthiesen, his wife Olga Matthiesen at the end of the table. Beatrice Durand is facing the camera

Numerical modelling of deformation behaviour of red blood cells in microvessels using the coupled SPH-DEM method

This thesis developed an advanced computational model to investigate the motion and deformation properties of red blood cells in capillaries. The novel model is based on the meshfree particle methods and is capable of modelling the large deformation of red blood cells moving through blood vessels. The developed model was employed to simulate the deformation behaviour of healthy and malaria infected red blood cells as well as the motion of red blood cells in stenosed capillaries.