CNC machining systems are inevitably confronted with frequent changes in energy behaviors because they are widely used to perform various machining tasks. It is a challenge to understand and analyze the fexible energy behaviors in CNC machining systems. A method to model fexible energy behaviors in CNC machining systems based on hierarchical objected-oriented Petri net (HOONet) is proposed. The structure of the HOONet is constructed of a high-level model and detail models. The former is used to model operational states for CNC machining systems, and the latter is used to analyze the component models for operational states. The machining parameters having great impacts on energy behaviors in CNC machining systems are declared with the data dictionary in HOONet models. A case study based on a CNC lathe is presented to demonstrate the proposed modeling method. The results show that it is efective for modeling fexible energy behaviors and providing a fne-grained description to quantitatively analyze the energy consumption of CNC machining systems.
Yu-Feng Li
,
Yu-Lin Wang
,
Yan He
,
Yan Wang
,
Shen-Long Lin
. Modeling Method for Flexible Energy Behaviors in CNC Machining Systems[J]. Chinese Journal of Mechanical Engineering, 2018
, 31(1)
: 6
-6
.
DOI: 10.1186/s10033-018-0213-x
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