Creep characteristics of porous Ni/Ni3Al anodes for molten carbonate fuel cells

Research on high-temperature compression and creep behavior of porous Cu–Ni–Cr alloy for molten carbonate fuel cell anodes

“…By the combination of high thermal conductivity and relatively high mechanical strength and toughness over a wide range of temperatures, copper alloys are likely the best * E-mail: lwzzgjajie@126.com materials for complex structural applications subjected to conditions of extreme heat flux under load [3]. The addition of nickel on the copper anode increases its electrochemical performance [4]. It has also been found [5] that the sintering resistance of nickel anodes can be increased remarkably by adding about 15 wt.% Cr.…”

Investigation on the preparation and mechanical properties of porous Cu35Ni15Cr alloy for a molten carbonate fuel cell

“…Due to these concerns, investigations aiming at increasing the heat-resistance of metallic alloys are immediately needed. However, the current studies on MCFC anode materials are mainly aimed at the porous Ni alloy [5][6][7][8][9][10][11][12]. Thus, it is noted that despite the fact that porous Cu alloys are attractive materials for MCFCs, few papers focus on the mechanical properties of porous Cu alloy in high temperatures and only limited data are available in the literature.…”

Investigation on compressive behavior of Cu-35Ni-15Al alloy at high temperatures

“…Due to these concerns, investigations aimed at increasing the heat-resistance of metallic alloys are needed. However, the current research on MCFC anode materials is mainly aimed at the porous Ni alloy [5][6][7][8][9][10][11][12], few papers focus on the mechanical properties of porous Cu alloys at high temperatures. Thus, it is noted that, despite the fact that porous Cu alloys are attractive mate-rials for MCFCs, only limited data are available in the literature.…”