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This paper presents the main behavior of the tools we studied, and explains the challenges and strategies to develop MDO through PIDO.
It describes a global methodology in order to take into account the structural behavior of the tools in the mechanical group press-die, assuming that both components are not rigid solids, and that the deformation of the press, although small, is in the order of magnitude of the manufactured part tolerance.
Reverse engineering results is demanding and I agree with the authors, but I would note that the excess in the analysis, as suggested in the when/how methods perform section, could lead to an overestimate/underestimate of the behavior of the tools and miss their general action.
Similar(56)
In this paper, a methodology for modelling the dynamic behavior of the tool is given.
This analysis investigated the effect of each cutting parameter on tool stiffness and damping, and yielded an empirical model for predicting the behavior of the tool stiffness variation.
Instead of using entire batch data, a key process variable is identified and an index is computed to capture the dynamic behavior of the tool.
Instead of using entire batch data, a key process variable is identified and an index is computed to capture dynamic behavior of the tool.
To investigate the local and global behaviors of the tool chatter, bifurcation diagrams were obtained at various workpiece rotating speeds.
Virtual machine tools are useful for simulating machine tools' capabilities in a safe and cost-effective way, but it is challenging to accurately emulate the behavior of the physical tools.
The dynamic behavior of the simulation tool is compared with the experimental data.
The thermal behavior of the two machine tools is also investigated, following the ISO 230-3 2007 regarding thermal errors of machine tools, under no-load or finishing conditions using the R-Test measurement setup.
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