Application of the acoustic emission technique to characterise liquid transfer in a porous ceramic during drying

Shaping of advanced ceramics: The case of composite electrodes for lithium batteries

“…The second stage is characterized by a decreasing rate of drying. In agreement with literature, 18 we found that in the constant rate period the surface remains saturated with the solvent. Fig.…”

Novel method for the identification of the maximum solid loading suitable for optimal extrusion of ceramic pastes

“…During the following drying step, the drying rate slows down: the liquidvapor meniscus starts to retreat inside the pores and the transport of liquid to the surface is the rate-limiting mechanism. The liquid that cannot reach the surface has to evaporate within the pores, further decreasing the drying rate [21,22]. Higher liquid content corresponds to larger shrinkage.…”

Mechanical behavior characterization of high zirconia fused-cast refractories at high temperature: Influence of the cooling stage on microstructural changes

“…[16][17][18] Others new applications of this technique have been recently developed. [19][20][21][22] The originality of this technique developed in the GEMH laboratory lies in the in situ microstructural evolution indirect-monitoring at high temperature. Here, the device aims to characterize the damage evolution and the chronology of microstructural changes occurring during thermal cycles.…”