Heat flow from internal and external sources and the environment create machine deformations, resulting in positioning errors between the tool and workpiece. There is no industrially accepted method for thermal error compensation. A simple model has been selected that linearly relates discrete temperature measurements to the deflection. The biggest problem is how to locate the temperature sensors and to determine the number of required temperature sensors. This research develops a method to determine the number and location of temperature measurements
This paper presents a systematic methodology for the thermal-error correction of a machine tool. The...
This paper is focused on developing a compensation module for reducing the thermal errors of a compu...
This paper is focused on developing a compensation module for reducing the thermal errors of a compu...
One of the most significant factors affecting the accuracy of machine tools is thermal error. Therma...
One of the most significant factors affecting the accuracy of machine tools is thermal error. Therma...
This dissertation presents a real-time error compensation approach, which combines finite element an...
Thermal displacement is an important issue in machine tool systems. During the last several decades,...
This dissertation presents a real-time error compensation approach, which combines finite element an...
In this article, results of thermal error assessments are evaluated from a range of modern machine t...
A new measurement technique is proposed for the assessment of thermally induced errors of machine to...
A new measurement technique is proposed for the assessment of thermally induced errors of machine to...
A new measurement technique is proposed for the assessment of thermally induced errors of machine to...
A new measurement technique is proposed for the assessment of thermally induced errors of machine to...
A new measurement technique is proposed for the assessment of thermally induced errors of machine to...
Thermal error caused by thermal deformation is one of the most significant factors influencing the a...
This paper presents a systematic methodology for the thermal-error correction of a machine tool. The...
This paper is focused on developing a compensation module for reducing the thermal errors of a compu...
This paper is focused on developing a compensation module for reducing the thermal errors of a compu...
One of the most significant factors affecting the accuracy of machine tools is thermal error. Therma...
One of the most significant factors affecting the accuracy of machine tools is thermal error. Therma...
This dissertation presents a real-time error compensation approach, which combines finite element an...
Thermal displacement is an important issue in machine tool systems. During the last several decades,...
This dissertation presents a real-time error compensation approach, which combines finite element an...
In this article, results of thermal error assessments are evaluated from a range of modern machine t...
A new measurement technique is proposed for the assessment of thermally induced errors of machine to...
A new measurement technique is proposed for the assessment of thermally induced errors of machine to...
A new measurement technique is proposed for the assessment of thermally induced errors of machine to...
A new measurement technique is proposed for the assessment of thermally induced errors of machine to...
A new measurement technique is proposed for the assessment of thermally induced errors of machine to...
Thermal error caused by thermal deformation is one of the most significant factors influencing the a...
This paper presents a systematic methodology for the thermal-error correction of a machine tool. The...
This paper is focused on developing a compensation module for reducing the thermal errors of a compu...
This paper is focused on developing a compensation module for reducing the thermal errors of a compu...