In this article an outlook is given of our and other recent approaches of research and representation of the mathematical models of some physical phenomena that occur in the cutting process. The focus is on the mathematical power model reliability which can be evaluated by the uncertainty parameters based on all error contributors and presented along with the model. An algorithm is proposed for the recommended steps during experimental modelling of the cutting process and uncertainty estimation. The significance of certain errors sources from the measurement software, hardware and the cutting process itself is stressed
Manufacturing of high-quality components and assemblies is clearly recognised by industria...
Nowadays, errors during the manufacturing process of high value components are not acceptable in dri...
This thesis describes the effect of force model uncertainty on process planning. Specifically, the s...
This paper propose determining the measurement uncertainty of the coefficient and the exponents of a...
This paper presents an approach of empirical modelling of the machining process physical quantity wi...
This paper presents an approach of empirical modeling of cutting process physical phenomena with me...
In this study it is shown an example of experimental measurement of cutting force during machining w...
The difficulty in quality improvement of machining performance comes from the uncertainty about the ...
This paper presents validation results of measurement uncertainty of cutting force by using Monte Ca...
The advanced handling of uncertainties arising from a wide range of sources is fundamental in qualit...
In the era of global marketing and outsourcing, a knowledge of measurement uncertainty is essential ...
Machining models are available to predict nearly every aspect of machining processes. In milling, fo...
Touch probes are commonly employed in new machine tools (MTs), and enable machining and measuring pr...
Prediction of machining process capability in the design stage plays a key role to reach the precisi...
This thesis consists of three chapters on the statistical adjustment, calibration, and uncertainty q...
Manufacturing of high-quality components and assemblies is clearly recognised by industria...
Nowadays, errors during the manufacturing process of high value components are not acceptable in dri...
This thesis describes the effect of force model uncertainty on process planning. Specifically, the s...
This paper propose determining the measurement uncertainty of the coefficient and the exponents of a...
This paper presents an approach of empirical modelling of the machining process physical quantity wi...
This paper presents an approach of empirical modeling of cutting process physical phenomena with me...
In this study it is shown an example of experimental measurement of cutting force during machining w...
The difficulty in quality improvement of machining performance comes from the uncertainty about the ...
This paper presents validation results of measurement uncertainty of cutting force by using Monte Ca...
The advanced handling of uncertainties arising from a wide range of sources is fundamental in qualit...
In the era of global marketing and outsourcing, a knowledge of measurement uncertainty is essential ...
Machining models are available to predict nearly every aspect of machining processes. In milling, fo...
Touch probes are commonly employed in new machine tools (MTs), and enable machining and measuring pr...
Prediction of machining process capability in the design stage plays a key role to reach the precisi...
This thesis consists of three chapters on the statistical adjustment, calibration, and uncertainty q...
Manufacturing of high-quality components and assemblies is clearly recognised by industria...
Nowadays, errors during the manufacturing process of high value components are not acceptable in dri...
This thesis describes the effect of force model uncertainty on process planning. Specifically, the s...