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## Abstract Thin solid oxide fuel cellsβ(SOFCs), with a planar multiβlayer structure, typically exhibit curvature behavior and develop residual stresses originating from the thermal mismatch of the materials involved. The curvature effects oppose successful stack operation, which also relies on the
Solid oxide fuel cell (SOFC) system development involves the decrease of the working temperature and the reduction of the cell cost to better fulfil industrial application requirements. The electrolyte thickness reduction can be exploited to enhance fuel cell performance and lifetime by decreasing t
## Abstract The paper deals with the structural analysis of a corrugated pressure element for the SOFC stack. The aim of the element application is assurance of the fuel cell tightness and sufficient electrical contact between components by means of its uniform pressure. In this paper, a method of