Lizza-PAKP is a groundwater flow simulation system which consists of solver based on finite element method (PAKP) and user interface (Lizza). It was developed in cooperation between Institute for Water Resources "Jaroslav Cerni", Belgrade and Bioengineering Research and Development Center - BioIRC, Kragujevac, Serbia. It provides full 3D modeling capabilities, stationary and non-stationary modeling, saturated and non-saturated environment calculation, as well as mass and heat transport handling. PAKP module incorporates a solver based on MPI paradigm, making its presence a grid site requirement. The application also provides WorkBinder interface (service developed by UOB as multi-application interactive job environment), which helps in hiding grid complexity from the end user.
Parallel Blood Flow Simulation (PBFS) is an innovative grid-enabled system designed for the simulation of the blood flow in human cardiovascular system. It aims to provide the complete solution throughout the process of performing the blood flow simulation: (1) 3D artery model preparation from DICOM images, (2) simulation itself (grid enabled finite element analysis) and finally, (3) the result quantity fields visualization, graphing and post-processing. The origination of the idea implemented in PBFS is a software PAK-F for FE (finite element) computer simulation of the viscous fluid flow with mass transport and heat transport.
