Multifunctional composites for future energy storage in aerospace structures

HIGHLIGHTS

• who: Till Julian Adam et al. from the significantly affect the mechanical propertiesThe stability of the energy storing capability was proven by means of electromechanical coupling tests. The so far realized integration of pellets has to be seen as a preliminary step towards a more compliant integration method. Thin LATP layers could be used to realize a degree II and even a degree III integration. Films with thicknesses below , µm could be fabricated by means of high-temperature sintering or physical-vapor-deposition electroplating. Obviously, this would enhance the mechanical performance of a composite structure compared to . . .
  

   

  

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