Tool deterioration of cutting insert is one of the crucial problem in machining stainless steel due to its excellent mechanical properties. This current work presents a study of tool deterioration of stainless steel 316 in milling using carbide tools. Experiments were conducted in wet condition where tool progression was monitored carefully in every milling passes and the wear criterion was measured. Result shows that the dominant tool deterioration mechanism of carbide tool is tool wear at the flank area where the tool gradually wear from the first milling passes to the final pas
One of the most important industrial demands is to improve the machinability of hard steels. Among h...
In recent years, tool manufacturers provide wiper geometry on cutting tools for turning applications...
This thesis presents the wear of coated carbide insert in machining carbon steel AISI 1065. Machinea...
Machining of difficult-to-cut material such as 316 Stainless Steel has become a vital concern in mac...
Stainless steel materials play an extremely important role in today\u27s industry. Machining of stai...
Turning is a machining process that aims to shape the material in particular cylindrical. In turning...
In the present work, a comparative study is reported on tool wear characteristics induced by machini...
Cutting tools made of the WC-Co sintered carbides are now very popular and are widely used in machin...
Stainless steels are a group of difficult to machine work materials. The difficulty in machining sta...
Austenite stainless steel is one of the most important engineering materials with wide variety of ap...
Stainless steels are a group of difficult to machine work materials. The difficulty in machining sta...
In this paper the results of experimental studies concerning the phenomenon of initial period of the...
Understanding the detailed progression of cutting tool deterioration and how deterioration affects c...
This paper examines the performance of AlN/TiN coated carbide tool during milling of STAVAX® (modifi...
Most of the research works on the milling of stainless steel in the past were carried out at cutting...
One of the most important industrial demands is to improve the machinability of hard steels. Among h...
In recent years, tool manufacturers provide wiper geometry on cutting tools for turning applications...
This thesis presents the wear of coated carbide insert in machining carbon steel AISI 1065. Machinea...
Machining of difficult-to-cut material such as 316 Stainless Steel has become a vital concern in mac...
Stainless steel materials play an extremely important role in today\u27s industry. Machining of stai...
Turning is a machining process that aims to shape the material in particular cylindrical. In turning...
In the present work, a comparative study is reported on tool wear characteristics induced by machini...
Cutting tools made of the WC-Co sintered carbides are now very popular and are widely used in machin...
Stainless steels are a group of difficult to machine work materials. The difficulty in machining sta...
Austenite stainless steel is one of the most important engineering materials with wide variety of ap...
Stainless steels are a group of difficult to machine work materials. The difficulty in machining sta...
In this paper the results of experimental studies concerning the phenomenon of initial period of the...
Understanding the detailed progression of cutting tool deterioration and how deterioration affects c...
This paper examines the performance of AlN/TiN coated carbide tool during milling of STAVAX® (modifi...
Most of the research works on the milling of stainless steel in the past were carried out at cutting...
One of the most important industrial demands is to improve the machinability of hard steels. Among h...
In recent years, tool manufacturers provide wiper geometry on cutting tools for turning applications...
This thesis presents the wear of coated carbide insert in machining carbon steel AISI 1065. Machinea...