The aim of this review is to provide a complete state of the art review of the wear of cemented tungsten carbide tools during wood cutting processes. It examines the properties of cemented tungsten carbides and its wear mechanisms, under the influence of different working conditions. Further, it also elaborates the techniques that could be used to determine tool wear and also discusses the implications of tool wear
The current work focus is machining performance of the coated tungsten carbide cutting tool by sandb...
The effect of sharpness angle on tool wear and the effect of tool wear on machined surface roughness...
The effect of sharpness angle on tool wear and the effect of tool wear on machined surface roughness...
This paper is a summary of work carried out over the past ten years on the wear of cemented carbides...
For many wood cutting processes, the interest of high-speed tool steels and tungsten carbides remain...
This paper presents the effect of extractive and abrasive material of tropical timber (Damar Laut, M...
A series of machining experiments on the Oil Palm Empty-Fruit Bunch (OPEFB) particle board were carr...
WCCo cemented carbides are one of the basic materials used for tools. They consist of tungsten carbi...
The article presents research results that demonstrate the impacts of mechanical and tribological ch...
The paper presents a study on the performance of non-coated solid cemented tungsten carbide (WC) rou...
The effect of grain size in wrought Alloy 718 and Waspaloy on the wear of cemented carbide tools was...
In this study, WC-Ni-based cemented carbides having different nickel contents were used as the subst...
Tungsten is commonly used in cemented carbide tooling solutions and as an alloying element in supera...
This paper presents the chemical and mechanical wearing of high speed steel and tungsten carbide too...
The article reviews wood as a constructional material – its chemical composition and mechanical prop...
The current work focus is machining performance of the coated tungsten carbide cutting tool by sandb...
The effect of sharpness angle on tool wear and the effect of tool wear on machined surface roughness...
The effect of sharpness angle on tool wear and the effect of tool wear on machined surface roughness...
This paper is a summary of work carried out over the past ten years on the wear of cemented carbides...
For many wood cutting processes, the interest of high-speed tool steels and tungsten carbides remain...
This paper presents the effect of extractive and abrasive material of tropical timber (Damar Laut, M...
A series of machining experiments on the Oil Palm Empty-Fruit Bunch (OPEFB) particle board were carr...
WCCo cemented carbides are one of the basic materials used for tools. They consist of tungsten carbi...
The article presents research results that demonstrate the impacts of mechanical and tribological ch...
The paper presents a study on the performance of non-coated solid cemented tungsten carbide (WC) rou...
The effect of grain size in wrought Alloy 718 and Waspaloy on the wear of cemented carbide tools was...
In this study, WC-Ni-based cemented carbides having different nickel contents were used as the subst...
Tungsten is commonly used in cemented carbide tooling solutions and as an alloying element in supera...
This paper presents the chemical and mechanical wearing of high speed steel and tungsten carbide too...
The article reviews wood as a constructional material – its chemical composition and mechanical prop...
The current work focus is machining performance of the coated tungsten carbide cutting tool by sandb...
The effect of sharpness angle on tool wear and the effect of tool wear on machined surface roughness...
The effect of sharpness angle on tool wear and the effect of tool wear on machined surface roughness...