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The development of floating platforms for offshore wind turbines, to replace fixed foundations, paves the way for the harnessing of wind reserves in ultra-deep offshore zones. The potential is
In the energy sector, semi-crystalline polymers a are primarily used within structures located in aggressive environments, to form coatings (waterproofing, thermal or electric barriers). These
The development of wind farms requires the optimal placement of wind turbines in relation to each other in order to maximize overall production. If the turbines are too close to each other, wake
IFPEN has been carrying out research in the field of floating wind turbines for a number of years, developing, for this purpose, the DeepLines Wind TM simulation tool, in partnership with Principia (1
In the aviation sector, fuels derived from hydrotreated vegetable oils (HEFA a) are seen as an alternative to petroleum based Jet A-1 b to reduce the environmental footprint of air transport. However
The optimal design of mechanical structures is hampered by the imperfect knowledge of the environmental conditions under which they will operate. The systematic incorporation of the resulting
The optimized design of processes is a complex but promising approach in terms of the expected benefits for the efficiency of industrial systems and their operating performance. It is an area that was
The fatigue resistance of floating offshore wind turbines is significantly affected by the wave forces to which their supporting platforms are exposed. Passive and active damper systems — preferably