Published January 2016
Thermo-mechanical stability of planar execution of solid-oxide fuel cells (SOFC)
R.A. HasanovThermo-mechanical stability of solid-oxide fuel cells (SOFC) of planar execution is considered in the paper. A mechanical model of deformation behavior has been developed, a mathematical model taking into account the constructive execution and current operation loads compiled and solved. According to the results of numerical interpretation model of SOFC planar desing geometric relationships ration is defined. For the classification of deformation behavior of planar SOFC at the impact of different levels of operating temperature, experimental studies were carried out to assess the mechanical and rheological properties of SOFC electrode elements manufacturing materials.
