Projects
Analysis of shape-function relations in complex muscular-sceletal systems using computer modeling and measurement of mechanical stress and strain distributions. University of Antwerp
Integrative personalized computer modeling for better cardiovascular health assessment KU Leuven
The cardiovascular (CV) area has tremendous potential for personalized medicine and is currently under fast development. Precise description of CV health and risk assessment are essential for optimal prevention and treatment strategies, but requires complex integration of many factors. Development of computer population-based models will ultimately support precision medicine. Therefore, the specific aims of this project are: (1) Applying ...
Computer modeling of plasmas and their surface processes, with experimental validation, for a better understanding of cryogenic etching. University of Antwerp
Improving eardrum surgery by understanding sound power flow in the eardrum through new computer modeling methods. University of Antwerp
Analysis of shape-function relations in complex muscular-sceletal systems using computer modeling and measurement of mechanical stress and strain distributions. University of Antwerp
Computer modeling and experimental validation for plasmas used for etching in the microelectronics industry. University of Antwerp
Integrative computer modeling of cardiorespiratory fitness for personalised profiling and prevention of early-stage heart failure KU Leuven
The surging burden of heart diseases on our society calls for tools that can adequately detect and control heart diseases before disease symptoms present. Clinical exercise tests could improve the characterisation and management of subclinical stages of cardiac disease. Yet, current practice only considers a limited selection of cardiopulmonary exercise indexes in isolation. To utilise the full value of clinical and exercise testing data, in ...