Abstract
A newly developed method named “resistance sintering under ultra high pressure” has been invented for the fabrication of Mo/Cu Functionally Graded Materials (FGMs). The consolidation was carried out under pressure of 8 GPa, and input power of 15 kW for 50 s. The relative density of the FGM specimen was above 98% and the composition distribution was nearly the same as the targeted one. The densification effect and microstructure of these FGM samples were investigated. The micro‐hardness and bending strength were measured to evaluate the sintering effects. The sintering mechanism was also studied.
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