AbstractResidual stresses (RS) play a critical role in controlling part performance. Even though their final statemay not only depend on the final finishing path, a few articles could be found on the effects of sequential cuts on RS. The current study focuses on modelling the effects of sequential cuts on RS,using finite element modelling,whendry orthogonal cuttingAISI 1045. Different process parameters (cutting forces, temperatures, stresses, shear angle and plastic strain) were also examined, in order to explain the RS findings. For model validation, orthogonal cutting tests were performed on a CNC lathe, andsurface RSwere measured using XRD
The surface integrity of any manufactured product produced in machining process has proved to have a...
Machining-induced residual stresses in a part can significantly influence its performance and servic...
Residual stress is an important surface integrity descriptor that may have a marked effect on the fu...
AbstractResidual stresses (RS) play a critical role in controlling part performance. Even though the...
Residual stress affects component performance, and the existence of pre-stress changes the residual ...
AbstractResidual stresses induced by material removal have a major influence on the lifetime of mach...
AbstractPerformance and durability of highly stressed components are greatly affected by the compone...
AbstractResidual stresses (RS) imparted during the finishing stages of machining constitute an essen...
In this study, a numerical approach has been developed to predict the near surface residual stresses...
21 pages, 13 figures.The generation of residual stresses in orthogonal machining is analysed by usin...
The generation of residual stresses in orthogonal machining is analysed by using an Arbitrary Lagran...
Metal cutting is a widely used manufacturing technique in the industry and has been the focus of man...
AbstractResidual stress is an important surface integrity descriptor that may have a marked effect o...
Residual stress can be introduced unintentionally into the workpiece with various magnitudes and dis...
The essence of this research work is to develop a finite element based simulation model of orthogona...
The surface integrity of any manufactured product produced in machining process has proved to have a...
Machining-induced residual stresses in a part can significantly influence its performance and servic...
Residual stress is an important surface integrity descriptor that may have a marked effect on the fu...
AbstractResidual stresses (RS) play a critical role in controlling part performance. Even though the...
Residual stress affects component performance, and the existence of pre-stress changes the residual ...
AbstractResidual stresses induced by material removal have a major influence on the lifetime of mach...
AbstractPerformance and durability of highly stressed components are greatly affected by the compone...
AbstractResidual stresses (RS) imparted during the finishing stages of machining constitute an essen...
In this study, a numerical approach has been developed to predict the near surface residual stresses...
21 pages, 13 figures.The generation of residual stresses in orthogonal machining is analysed by usin...
The generation of residual stresses in orthogonal machining is analysed by using an Arbitrary Lagran...
Metal cutting is a widely used manufacturing technique in the industry and has been the focus of man...
AbstractResidual stress is an important surface integrity descriptor that may have a marked effect o...
Residual stress can be introduced unintentionally into the workpiece with various magnitudes and dis...
The essence of this research work is to develop a finite element based simulation model of orthogona...
The surface integrity of any manufactured product produced in machining process has proved to have a...
Machining-induced residual stresses in a part can significantly influence its performance and servic...
Residual stress is an important surface integrity descriptor that may have a marked effect on the fu...