Advanced computational tools for turbomachinery with the European project EXPERTISE

15 Ph.D. students from all over the world and 15 parallel and complementary research projects with the ambitious goal of defining a virtual testing system for a turbomachinery, simulating the entire machine and not the single components as it is usually done. This is the objective of the EU project EXPERTISE – models, EXperiments and high PERformance computing for Turbine mechanical Integrity and Structural dynamics in Europe, coordinated by Politecnico di Torino, involving a research consortium of 11 beneficiaries and 9 partner organizations from 8 countries. Barcelona Supercomputing Center (BSC), as part of the consortium, is one of the EXPERTISE beneficiaries and through this project, the Storage and the Workflows and Distributed Computing groups have incorporated two PhD students.

Among disruptive technologies for energy and mobility, turbines will play a major role and the European research community needs to prepare for the upcoming challenges. Simulation is crucial in designing turbomachinery, which are used in many applied fields such as energy production, gas extraction, engines for civil or military airplanes or ships, turbochargers. Rotating elements are critical because high rotation speed could damage them and threaten the structural integrity of the entire machine. For an airplane engine, the worst-case scenario could include human injury or death. This is why design and certification of components is a complex and expensive process, which requires massive experimental testing. The use of efficient and accurate simulations could then considerably decrease development costs and improve the final project reliability, so reducing time to market.

EXPERTISE methodology to reach this ambitious goal foresees 15 individual projects performed by 15 ESR- Early Stage researchers (the Ph.D. students), selected and supervised by Consortium researchers. The exchange between those young researchers involved in the project will contribute to create a new generation of international researchers used to tackle complex challenges by working in team. Moreover, they will benefit of multidisciplinary training in the fields of structural mechanics and parallel computation, developing their competence to contribute to the demanding tasks in numerical simulation for mechanical project and design.

The PhD students involved in the BSC research groups will perform research in the areas of task-based programming models (more specifically, within the PyCOMPSs programming model developed at BSC) and on the integration of storage with task-based programming models (more specifically, with the dataClay storage framework developed by BSC).

The research consortium for the Expertise project is composed by 11 Beneficiaries and 9 partner organizations:

Project website