Sort by
Refine Your Search
-
of batteries and other devices enabling the energy transition, but also the handling of waste slurries and the recycling of critical materials. Furthermore, suspension flows are encountered in natural processes
-
. Nevertheless, given the low energy density of batteries, there will remain a need for liquid hydrocarbons fuels for certain sectors such as aviation. Replacing current aviation fuels by SAF represents a
-
the capability to accurately represent the nuances of the new technologies, such as renewable sources, batteries, electrolyzers, heat pumps, etc. In this project, you will work on the algorithms that improve
-
PhD Position on Dense Inertial Suspension Flows Dense suspension flows play a key role in many engineering applications. Examples include the manufacturing of batteries and other devices enabling
-
years, they were successfully operated for an astonishing 15 years. Near the end of the mission, degrading battery power prevented the accelerometer on the second GRACE satellite from being powered. In
-
sources, batteries, electrolyzers, heat pumps, etc. In this project, you will work on the algorithms that improve the representation of these flexible and sustainable technologies in the energy system tools
-
sustainable energy systems: models are used to forecast renewable energy production and energy demand, to anticipate the impact of severe weather, or to invest in large scale batteries to overcome lulls in wind
-
sector by developing technological innovations to enable the integration of the charging infrastructure, battery storage systems, and distributed renewable generation within the existing energy grid. In