The MARPOWER project will take part in the 12th IFToMM International Conference on Rotordynamics, which will be held from 22 to 26 June 2026 in Lahti, Finland. Recognised as one of the leading international events in the field, the conference brings together researchers, engineers and industry experts to discuss the latest developments in rotating machinery, rotor-bearing systems, vibration control, condition monitoring, digital twins and advanced energy conversion technologies.
Held every four years since its first edition in Rome in 1982, IFToMM Rotordynamics has become a major forum for scientific and technical exchange in rotordynamics and related disciplines. Previous editions have gathered up to 250 participants from 33 countries and featured nearly 200 technical papers.
MARPOWER research contributions
MARPOWER will be represented through two technical contributions from project partners LUT University and the Technical University of Denmark (DTU), addressing topics relevant to rotating machinery and energy conversion systems.
On 23 June, DTU researcher Bruno Rende will present Predicting Thermal Effects in Magnetic Bearings via Multiphysical Models – Theory & Experiment. The work investigates how thermal effects influence the behaviour of magnetic bearing systems through coupled modelling of rotordynamics, electromagnetism, control systems and heat transfer. The research contributes to improving the understanding, reliability and performance of magnetic bearing technologies in demanding operating environments.
On 25 June, Pauli Pöppönen from LUT University will present Rotor Dynamic Analysis of a Modular Gas Turbine: Two vs. Three Radial Active Magnetic Bearing Configurations. The study analyses alternative active magnetic bearing configurations for modular gas turbine systems, providing insights into rotor-dynamic performance and design considerations for future high-speed power conversion applications.
Strong representation in the conference organisation
Beyond its technical contributions, MARPOWER is also well represented in the organisation of IFToMM Rotordynamics 2026. Project Coordinator Jussi Sopanen serves as Chair of the conference while fellow LUT University researchers Associate Professor Niko Nevaranta, Dr Tuhin Choudhury and M.Sc. Pauli Pöppönen are members of the Organising Committee. Professor Sopanen and Professor Ilmar Ferreira Santos from project partner DTU also participate in the Scientific Committee.
The topics covered at IFToMM Rotordynamics 2026 are closely aligned with several technological areas relevant to MARPOWER, including magnetic bearings, digital twins, condition monitoring, energy efficiency and advanced rotating machinery. Participation in the conference provides an opportunity to share project-related research, engage with international experts and contribute to ongoing discussions on innovative technologies for future maritime energy systems.
MARPOWER participation at a glance
- Tuesday, 23 June 2026, 16:40
Predicting Thermal Effects in Magnetic Bearings via Multiphysical Models – Theory & Experiment- Presenter: Bruno Rende (Technical University of Denmark, DTU)
- Session S7.1: Magnetic Bearings
- Location: Spruce Cabinet (Kuusi kabinetti)
- Thursday, 25 June 2026, 16:40
Rotor Dynamic Analysis of a Modular Gas Turbine: Two vs. Three Radial Active Magnetic Bearing Configurations- Presenter: Pauli Pöppönen (LUT University)
- Session S11.1: Green Energy, Energy Storage and Conversion
- Location: Carpenter’s Hall (Puusepän Sali)
IFToMM (International Federation for the Promotion of Mechanism and Machine Science) brings together 45 member organisations worldwide and promotes international collaboration in mechanism and machine science through conferences, technical committees and other scientific activities. Its mission is to foster knowledge exchange and support innovation in fields related to machinery, dynamics and engineering systems.
MARPOWER brings together a multidisciplinary European consortium coordinated by LUT University, alongside Politecnico di Milano, the German Aerospace Center (DLR), the Technical University of Denmark (DTU), the University of Vigo,, Aurelia Technologies, Alfa Laval, RINA Consulting, RINA Services, Chantiers de l’Atlantique and Zabala Innovation. Through this collaborative effort, the project integrates expertise from research, industry and maritime stakeholders to accelerate the development and future deployment of innovative energy solutions for sustainable shipping.