Doctoral Theses   
 
  1. A study on drop and bubble dynamics via a hybrid boundary - element-finite element methodology, N. Pelekasis, 1991.
  2. Numerical simulation of bubble dynamics in response to acoustic disturbances, K. Tsigklifis, 2006. Download
  3. Numerical study of the interaction of a microbubble with a wall, K. Efthymiou, 2015. Download
  4. Numerical & theoretical study of the static response of coated microbubbles to uniform and distributed load-Application on the estimation of the elastic properties, A. Lytra, Download
Master Theses  
 
  1. Numerical study of bubble dynamics (contrast agent) in response to ultrasounds, K. Tsigklifis, 2005. Download
  2. Numerical study of mechanical properties of microbubbles with elastic shell-Application in atomic force microscopy, S. Serpetsi, 2012. Download
  3. Collapse of microbubbles induced via a fetsecond laser pulse & high initial overpressure-simulations and comparison with experiments, A. Poteas, 2012. Download
  4. Numerical study of static deformation of microbubble covered with elastic shell, A. Lytra, 2013. Download
  5. A study of interaction between a free bubble and a nearby boundary in the presence of acoustic disturbances by means of axisymmetric code of Boundary Elements, K. Efthymiou, 2014. Download
Diploma Theses  
 
  1. Study of spherosymmetrical oscillations of microbubbles (contrast agent) in response to ultrasounds, P. Dallas, 2005.
  2. Comparison between experimental and theoretical results of spherosymmetrical oscillations of microbubbles (contrast agent), N. Vorrias, 2008.
  3. Study of constitutive law influence in dynamic response of microbubbles, e.g. compression only effect, thresholding effect and harmonic content, in ultrasound disturbances, K. Efthymiou, 2011. Download
  4. Study of dynamic interaction of microbubble with an adjacent rigid wall in the presence of acoustic disturbances by using computational platform ANSYS Fluent, D. Romanas, 2014. Download
  5. Weakly nonlinear analysis of the effect of shell stiffness on the fundamental resonance of coated microbubbles, S. Rosios, 2021. Download.
  6. , A. Oikonomou and V. Vaitsis, 2022. Download.