Performance Optimizations for Parallel Modeling of Solidification with Dynamic Intensity of Computation

In our previous works, a parallel application dedicated to the numerical modeling of alloy solidification was developed and tested using various programming environments on hybrid shared-memory platforms with multicore CPUs and manycore Intel Xeon Phi accelerators. While this solution allows obtaining a reasonable good performance in the case of the static intensity of computations, the performance results achieved for the dynamic intensity of computations indicates pretty large room for further optimizations.