Cemented carbides cover a wide range of applications in many relevant industries, ie as
cutting tools (turning, milling, drilling) for machining of metal components in the automotive …

The intention of this paper is to give an overview of selected R&D trends in the cemented
carbide field, focusing on work performed in recent years. Due to the large activity in the …

In this work more than 2500 published experimental data on hardness and indentation
fracture toughness of cemented carbides during the last 40 years have been collected. The …

Raw materials supply and price, environmental safety as well as healthcare concerns have
directed efforts towards development of W-and Co-free ceramic-metal composites (cermets) …

In this study, Ti (C, N)-based cermets with AlCoCrFeNi high-entropy alloys binder were
successfully fabricated by mechanical alloying and low pressure sintering. The results …

Purpose: Among the technologies that play a crucial role in the current stage of development
of Industry 4.0 conventional powder engineering technologies are of great importance …

In recent years a new group of alloys has emerged breaking with the classical alloying
concepts of physical metallurgy, high entropy alloys (HEA). Their main characteristic is that …

Powder Metallurgy (PM) is technology well known for mass production of parts at low cost
but usually with worse mechanical properties than same parts obtained by alternative …

Core-rim structures in TiC-based metal matrix composites are known to be an important
microstructural feature influencing the mechanical properties of the material. While this is a …

The influence of carbon content on an iron–chromium cermet composite reinforced with Ti
(C, N)(50vol.%) has been studied. A thermodynamic simulation was performed using the …