Abstract
We propose a method for the evaluation of the fracture toughness (K1C) of multilayer fusion claddings on compact specimens at elevated temperatures (20, 70, and 300°C) with cladding (in the slot) of three layers of materials with gradually increasing crack resistance. As the testing temperature increases, the value of K1C decreases for harder and stronger fusion claddings and, vise versa, increases for less strong and softer materials.
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