Add to ORKGThis paper describes the design and analysis of a kinematic spindle for a rotating sensitive direction portable roundness instrument. The instrument will employ contact profilometry and reversal techniques with a kinematically coupled spindle for an application such as quality assurance in the production- of engine bores. Reversal requires a spindle configuration exhibiting low asynchronous errors. The spindle uses exact constraint principles (kinematic) by establishing one axial contact point and four radial contact points. Explanation of the spindle drive arrangement is provided including (1) experiments for measuring magnetic preload, and (2) a demonstration of the relationship between z-axis magnetic preloading and radial preloading on ...
The accuracy of a subtractive machining process is affected by the error motions of the machine tool...
This thesis describes the design of a micro milling setup with an active magnetic bearing spindle. M...
Position and orientation errors of rotary axis average lines are often dominant error sources in the...
This thesis presents the design, analysis, fabrication, instrumentation, and control of a new type o...
A prototype spindle for low-force, low-speed applications that is kinematically constrained in accor...
The paper deals with methods of measurement of radial errors of the precision spindles using the rou...
This paper describes a method for measuring and compensating the roundness error of a larger mandrel...
Abstract: The main purpose of this study is to develop a measuring device by parallel kinematics for...
The goal of this work is to propose a suitable methodology for measuring and evaluating the geometri...
The paper presents a research position with the spindle-speed. It is used in the PhD thesis, the aim...
a flexible and accurate method for separating spindle error motion and workpiece roundness is presen...
To machine a complex precision product, several tools are needed. These tools are placed on a tool t...
Circular feature is one of the most common part features used in machines. Since it is practically i...
Fourier model–based multi-probe-error-separation is an error separation method that is useful ...
This thesis presents a new two dimensional (2D) method based on complex Fourier series to characteri...
The accuracy of a subtractive machining process is affected by the error motions of the machine tool...
This thesis describes the design of a micro milling setup with an active magnetic bearing spindle. M...
Position and orientation errors of rotary axis average lines are often dominant error sources in the...
This thesis presents the design, analysis, fabrication, instrumentation, and control of a new type o...
A prototype spindle for low-force, low-speed applications that is kinematically constrained in accor...
The paper deals with methods of measurement of radial errors of the precision spindles using the rou...
This paper describes a method for measuring and compensating the roundness error of a larger mandrel...
Abstract: The main purpose of this study is to develop a measuring device by parallel kinematics for...
The goal of this work is to propose a suitable methodology for measuring and evaluating the geometri...
The paper presents a research position with the spindle-speed. It is used in the PhD thesis, the aim...
a flexible and accurate method for separating spindle error motion and workpiece roundness is presen...
To machine a complex precision product, several tools are needed. These tools are placed on a tool t...
Circular feature is one of the most common part features used in machines. Since it is practically i...
Fourier model–based multi-probe-error-separation is an error separation method that is useful ...
This thesis presents a new two dimensional (2D) method based on complex Fourier series to characteri...
The accuracy of a subtractive machining process is affected by the error motions of the machine tool...
This thesis describes the design of a micro milling setup with an active magnetic bearing spindle. M...
Position and orientation errors of rotary axis average lines are often dominant error sources in the...