This paper presents a study on the multi-creteria decision making in the external cylindrical
grinding process of 65G steel. An aluminum oxide grinding wheel was used in the …

Under the machining process, there are several factors which exert influence on material
removal rate (MRR), including cutting condition, tool variables, machine status and …

In modern manufacturing environments, the quality assurance of machined parts has
attracted great attention from manufacturers. Surface finish and vibrations during turning …

Abstract In this study, FeCrC, SiC and B4C powders were alloyed on the surface of AISI 430
ferritic stainless steel by plasma arc welding. The mass losses of the abrasive wear of the …

In this study, the surface of AISI 430 stainless steel was alloyed with B4C using the plasma
transferred arc welding hardface coating method and the effect of Ti addition was examined …

The surface finish of ground samples is highly influenced by the grinding parameters,
grinding conditions and the type of grinding wheel. This paper emphasizes on the effect of …

The aim is to investigate the machining parameters that are important to optimise surface
roughness (Ra) through experimentation for EN45 steel material (AISI 9260). Optimisation of …

During machining any material, vibrations play a major role in deciding the life of the cutting
tool as well as machine tool. The magnitude acceleration of vibrations is directly proportional …

In grinding operation the selection of optimum process parameters is crucial. In this paper a
review for the effect of various process parameters on cylindrical grinding operation is done …

In this work, the surface of AISI 430 stainless steel was coated with a hyper-eutectic FeCrC
and pure B4C powders using the plasma transferred arc (PTA) welding method. Further, the …