Biological Flows
The current work investigates the effect of blood viscoelasticity on the stress, velocity and haematocrit fields as well as the ...
Interacting Bubbles
According to linear theory and assuming the liquids to be inviscid and the bubbles to remain spherical, bubbles set in ...
Infrastructures
Our Lab is equipped with 5 computer clusters with a total of 35 nodes and a total computational power of ...
Methodology
The numerical methods that we apply are: Finite Element, Finite Difference, Finite Volume and Boundary Element Methods for solving the ...
Multiphase Flows
Multiphase flows of two or more immiscible fluids exhibit numerous phenomena with intrinsic scientific interest and important practical applications: the ...
Bubble Dynamics
For diverse applications such as polymer devolatilization, fermentation, composites processing, plastic foam processing, gas absorption and others it is of ...
Pressure Sensitive Adhesives
PSAs were studied in the EU-funded project “MODIFY” aiming at building fundamental understanding of the role of material structure and ...
Forming Processes
During fabrication of microelectronic components, polymer solutions are used to produce thin films over surfaces with uneven topography. The patterning ...
Interfacial Instabilities
During polymer extrusion, instabilities arise limiting the production rate or product quality. With our linear stability analysis using the ePTT ...
Wetting Flows
The debonding of adhesives filling the gap between flat surfaces is a commonly encountered process in food industry, characterization, fabrication ...
Fibre Reinforced Polymers
Two Dimensional Fibre-Reinforced Polymer are characterized by a laminated structure in which the fibres are only aligned along the plane ...
Viscous Dampers
Extrusion damper configuration Viscous dampers dissipate mechanical energy into heat through the action of viscous stresses in a fluid. The ...
