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This paper describes a novel structural damping method that allows a fabricated (welded) machine tool structure to be designed for minimum cost and maximum dynamic stiffness comparable to polymer concrete structures.
First, the machine tool structure is split up in several components.
Machine tool structure has a strong influence on the dynamic properties of the tool.
This chapter describes an ideal machine tool structure for micro- and nanometer scale processing.
Moreover, the vibrations of the machine tool structure are among the other causes that restrict high speed operations.
Proper machine design, such as increased stiffness and damping of the machine tool structure can broaden the range of stable operating conditions.
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Dynamic models of machine tool structures are essential instruments to evaluate structural performance in cutting operations.
Nowadays machine tool structures are already optimized and further enhancements are not easily achieved.
The focus of this paper is on the design of machine tool structures, such as columns and spindle holders, for a 3-axis μ-CNC machining centre.
This paper presents design and optimal tuning of multiple tuned mass dampers (TMDs) to increase chatter resistance of machine tool structures.
In high-speed cutting thermo-elastic deformations of machine tool structures and motor spindles are main causes for manufacturing inaccuracies because they lead to a TCP displacement.
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