Hardness is an essential mechanical indication of cemented carbides. The current work presents an approach to predict the hardness of three-phase WC–Co–Cubic cemented carbides, which establishes a relationship among composition, structure and mechanical performance. With the input of initial composition and grain sizes of carbides, structural parameters needed to predict the hardness can be calculated by thermodynamic calculations and diffusion simulations. The calculated hardness of a series of WC–Co–Cubic cemented carbides agrees reasonably with the experimental data. The present model is of reference to predict the hardness for multi-phase composites and design the new type of WC–Co-based cemented carbides
Cemented carbides are composite materials of great technological and industrial importance. They hav...
This paper studies the correlation between the microstructure and the mechanical properties at the n...
WC powder pre-alloyed with Ta or Cr was used to produce WC-Co based cemented carbides and these were...
The intrinsic hardness of the constitutive phases in WC–Co composites is investigated by combining e...
The intrinsic hardness of the constitutive phases in WC-Co composites is investigated by combining e...
A deep knowledge of micromechanical properties of each constitutive phase of cemented carbides is cr...
The finite element method has been widely used in property simulations and the design of cemented ca...
Polycrystalline WC-Co hardmetals consist of coarse polycrystalline WC-particles, which itself consis...
Hardness and fracture strength of WC-Ni-Co-Cr-Ti-Al cemented carbides have been measured at room tem...
The development of alternative binder systems for tungsten carbide (WC) based cemented carbides has ...
Cemented carbides with mesoscopically non-homogeneous properties by design represent a potential to ...
Tungsten Carbide (WC), a composite material that contains ceramic grains of tungsten carbide within ...
Cemented carbides are composite materials formed by high amount of WC bonded by a soft phase, usuall...
WC-Co cemented carbides are ceramic-metal composite materials made of carbides embedded in a metal p...
Hardmetals are heterogeneous materials at microstructural scale, i.e. they are conformed by differen...
Cemented carbides are composite materials of great technological and industrial importance. They hav...
This paper studies the correlation between the microstructure and the mechanical properties at the n...
WC powder pre-alloyed with Ta or Cr was used to produce WC-Co based cemented carbides and these were...
The intrinsic hardness of the constitutive phases in WC–Co composites is investigated by combining e...
The intrinsic hardness of the constitutive phases in WC-Co composites is investigated by combining e...
A deep knowledge of micromechanical properties of each constitutive phase of cemented carbides is cr...
The finite element method has been widely used in property simulations and the design of cemented ca...
Polycrystalline WC-Co hardmetals consist of coarse polycrystalline WC-particles, which itself consis...
Hardness and fracture strength of WC-Ni-Co-Cr-Ti-Al cemented carbides have been measured at room tem...
The development of alternative binder systems for tungsten carbide (WC) based cemented carbides has ...
Cemented carbides with mesoscopically non-homogeneous properties by design represent a potential to ...
Tungsten Carbide (WC), a composite material that contains ceramic grains of tungsten carbide within ...
Cemented carbides are composite materials formed by high amount of WC bonded by a soft phase, usuall...
WC-Co cemented carbides are ceramic-metal composite materials made of carbides embedded in a metal p...
Hardmetals are heterogeneous materials at microstructural scale, i.e. they are conformed by differen...
Cemented carbides are composite materials of great technological and industrial importance. They hav...
This paper studies the correlation between the microstructure and the mechanical properties at the n...
WC powder pre-alloyed with Ta or Cr was used to produce WC-Co based cemented carbides and these were...