The project research work is composed of four technical tasks and organised in two major axis of research:
|1. Development of a new massively parallel numerical tool to fill the gap in the complete micro-meso-macro multi-scale analysis|
|• Task 1 aims at designing new closure laws for the momentum, heat, and mass fluid/particle transfers based on the micro-scale simulations|
• Task 2 aims at developing our new massively parallel meso-scale Euler/Lagrange numerical code.
|2. Using the new tool to progress on physical comprehension and industrial design|
|• Task 3 aims at capitalising our progress into a full multi-scale analysis and to evaluate its validity on well documented test cases|
|• Task 4 aims at applying our new simulation tool developed in Task 2 to two flow configurations representative of small-size industrial applications.|