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Home MaTe
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Polymer Technology
Foam
Honeycomb
Semicrystalline polymer during uniaxial tension
Deformation of RVE Polycarbonate
Deformation of RVE Polystyrene
Deformation of RVE Polystyrene with rubber shell-filled voids
Twin screw extrusion
Distributive mixing in a 2D cavity flow
Crystallization
Mixing: Kenics mixer with correctly oriented blades
Mixing: Kenics mixer with correctly oriented blades
Rain
Flow past a confined excentric cylinder and in our cross-slot device
Binodal decomposition
Spinodal decompostion
3D spinodal decomposition
Spinodal decomposition under shear
Fireworks1
Fireworks2
Fireworks3
Drop breakup 1
Drop breakup 2
Drop coalescence
Foam drop formation
Foam drop structure 2
Foam drop in shear flow (4 drops)
Foam drop in shear flow (8 drops)
Viscoelastic effects in Polymer Coextrusion
Cell and tissue engineering
Swelling hydrogel experiment
Stented heart valve
Comparison of isotropic verses fiber reinforced leaflet
Stentless heart valve
Fluid structure interaction in a tri-leaflet, stented aortic heart valve
Mechanics of Materials
Miniature mixed mode bending setup
Self adaptive cohesive zone
Brain slice
3D analysis of aluminum extrusion
3D velocity analysis of aluminum extrusion:
Delamination in an IC back-end stack
Fine-blanking simulation
Score forming simulations
Simulation of Arcan test - crack growth and load-displacement response
Simulation of Arcan test - evolution of damage and stress 2
Tensile test on steel specimen
Orthopaedic Biomechanics
Evaluation of cell damage in Engineered Muscle Tissue
Free swelling of 3D intervertebral disc model
Cardiovascular Biomechanics
Pulsatile flow in curved tube
Microsystems
Artificial Cilia for Active Micro-Fluidic Mixing
Swarm of rotating particle chains
Disaggregation of micro-particle clusters
Chaotic fluid mixing
Rotating magnetic particle chain in a viscous fluid
Longer cilia formation
Magnetic artificial cilia
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Polymer Technology
Mechanics of Materials
Structure and Rheology of Complex Fluids
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Soft Tissue Biomechanics & Engineering
Cardiovascular Biomechanics
Orthopaedic Biomechanics
BSc courses
Polymer Technology
Mechanics of Materials
Soft Tissue Biomechanics & Engineering
8MB00 - Mechanics
8TB00 - Continuum mechanics
8QB01 - Pericardial patches
8WA00 - Heart and lung
8QA11 - Tissue damage: simulate, visualize and analyze
8MC00 - Numerical analysis of continua
8WC00 - Regeneration
Cardiovascular Biomechanics
0LAUA0 - Project on Clinical Use of Physiological Modeling
8P079 - Minor project Biomedical physiology
8Z036 - BMT Science class: Prof. van de Vosse
8QA03 - Mechanics of a Blood Vessel
8VB20 - Model based cardiovascular pathophysiology
8VB10 - Measurements and modeling in the clinic
8VB00 - Transport Physics
3D030 - Flow and diffusion
0LAB0 - Introduction to Modeling: dynamic systems
3NBB0 - Applied Physical Sciences formal
Orthopaedic Biomechanics
8MB00 - Mechanics
8W230 - Thermodynamics
8W330 - Immunology and Infection
8W130 - Tissue engineering
8W280 - Tissue mechanics
8QB01 - Pericardial patches
8TB00 - Continuum mechanics
8TA00 - Cell and tissue
MSc courses
Polymer Technology
Mechanics of Materials
Soft Tissue Biomechanics & Engineering
8W100 - Numerical Analysis of Continua II
8W030 - Numerical analysis of continua I
8W300 - Stem cells
8S130 - Course molecular and cell biological techniques
Cardiovascular Biomechanics
8W320 - Vascular mechanics
8W220 - Cardiovascular Biomechanics: special topics
8F250 - Clinical module Cardiovascular diseases B
8F110 - Clinical module Cardiovascular diseases A
8W310 - Cardiovascular fluid-structure interaction
8W160 - Cardiac Modeling
8W270 - Fluid biomechanics
8W110 - Pathophysiology of the cardiovascular system
8W090 - Cardiovascular fluid mechanics
Orthopaedic Biomechanics
8R000 - Introduction to Regenerative Medicine and Technology
8S130 - Course molecular and cell biological techniques
8F170 - Clinical module Orthopaedics
8W060 - Biological mixtures
8W130 - Tissue engineering
8W280 - Tissue mechanics
8W080 - Bone Mechanics
8W010 - Cartilage mechanics
Microsystems
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