This paper proposes a new algorithm for predicting the cross-sectionalsurface roughnesst of the workpiece for the grinding process, which reduces three-dimensional modeling to two-dimensional modeling by virtue of the cross-sectional area of the undeformed grinding chip. Besides, this paper develops a search technique to figure out systematically the surface roughness in order to determine the final cross-sectional surface roughness produced by thousands of grinding wheel grains with randomly distributed protrusion heights. The simulated results are consistent with the measurement data, which proves the effectiveness of the proposed algorithm
A thermo-mechanical model is developed to predict forces in grinding with circumferentially grooved ...
This paper initiates a new approach to the analysis of surface generation, by fitting mathematical m...
A grinding process model based on a kinematic modeling approach is presented. A unique experimental ...
This paper proposes a new algorithm for predicting the cross-sectionalsurface roughnesst of the work...
Surface quality of machined components is one of the most important criteria for the assessment of g...
In machining processes, grinding is often chosen as the final machining method. Grinding is often ch...
In machining processes, grinding is often chosen as the final machining method. Grinding is often ch...
Grinding is one of the effective manufacturing processes with which to produce highly accurate parts...
The stochastic nature of grinding wheel topography together with grinding process parameters and kin...
AbstractSurface quality of the machined component is one of the most important criteria for the asse...
Grinding is a multi-length scale material removal process that is widely employed to machine a wide ...
Product quality assurance is a very important concern in industries these days. Surface quality is a...
In order to produce ground parts that have desirable surface properties, it is necessary to understa...
This paper presents a prediction model for ground surfaces that uses the actual grinding wheel topog...
The topography of a grinding wheel was modeled as a convolution of random waves of large wavelength ...
A thermo-mechanical model is developed to predict forces in grinding with circumferentially grooved ...
This paper initiates a new approach to the analysis of surface generation, by fitting mathematical m...
A grinding process model based on a kinematic modeling approach is presented. A unique experimental ...
This paper proposes a new algorithm for predicting the cross-sectionalsurface roughnesst of the work...
Surface quality of machined components is one of the most important criteria for the assessment of g...
In machining processes, grinding is often chosen as the final machining method. Grinding is often ch...
In machining processes, grinding is often chosen as the final machining method. Grinding is often ch...
Grinding is one of the effective manufacturing processes with which to produce highly accurate parts...
The stochastic nature of grinding wheel topography together with grinding process parameters and kin...
AbstractSurface quality of the machined component is one of the most important criteria for the asse...
Grinding is a multi-length scale material removal process that is widely employed to machine a wide ...
Product quality assurance is a very important concern in industries these days. Surface quality is a...
In order to produce ground parts that have desirable surface properties, it is necessary to understa...
This paper presents a prediction model for ground surfaces that uses the actual grinding wheel topog...
The topography of a grinding wheel was modeled as a convolution of random waves of large wavelength ...
A thermo-mechanical model is developed to predict forces in grinding with circumferentially grooved ...
This paper initiates a new approach to the analysis of surface generation, by fitting mathematical m...
A grinding process model based on a kinematic modeling approach is presented. A unique experimental ...