93;The machine specific energy consumption increases linearly with the increase of the tool wear and the machined surface hardness gradually. The proposed models are helpful
The results show that 1) the energy consumption of the milling process estimated by the proposed mechanistic-based model agrees well with the experimentally measured results, 2) the
20241224;High-quality development in the manufacturing industry is often accompanied by high energy consumption. The accurate prediction of the energy consumption of computer
Reducing the energy consumption of manufacturing processes and machine tools can considerably affect the environmental and economic impact of industrial activities. Since the
The energy models discussed in section 6.1 focus on SEC at machine tool level; and are not applicable directly to the material removal energy at process level. The cutting energy at
201381;Experimental results show that the improved model is able to provide a reliable prediction of energy consumption for given process parameters with an accuracy of more than
22;Articles related to energy efficiency and optimization of cutting parameters were first studied by Draganescu et al. [].Five years later, Bhattacharya et al. published a paper
520;The specific machining energy requirement and its relationship to thickness of material removed were investigated. Recently, Liu et al. (2015) proposed a hybrid energy
2016111;Energy consumption in precision cutting has a significant impact on manufacturing cost and environmental impact. However, the characteristics of energy
Research on the energy consumption of CNC milling machines can alleviate the pressure on the environment of the manufacturing industry and reduce the operating costs of manufacturing
101;At the process level, only the energy consumed by the actual material removal is included and is independent of the machine tool. Although energy consumption at process
201411;2. Energy simulation of milling machines The energy simulator [9] that estimates the reference energy consumption values consists of four software modules, depicted in Fig.
Energy consumption prediction of a CNC machin- ing process is important for energy efficiency optimization strategies. To improve the generalization abilities, more and more parameters are
20171120;In this paper, a novel mechanistic model is proposed and validated for the consumption of energy in milling processes. The milling machine is considered as a
Energy consumption prediction of a CNC machin- ing process is important for energy efficiency optimization strategies. To improve the generalization abilities, more and more parameters are
2017117;Additionally, some studies suggest that a considerable percentage of energy consumption in the milling process is transferred as latent heat to the slurry and a fraction as
201111;Characterizing the effect of process variables on energy consumption in end milling Article 12 December . Keywords. Green Machine Tools Helu, M.; Jayanathan,
111;The aim of this paper is contributing to a highly accurate NC code based energy consumption and power curve prediction for CNC machine tool aggregates with variable
Figure 4.2 Power consumption on a CNC Takisawa milling machine at variable Vc 71 Figure 4.3 The power distribution on a CNC Takisawa milling machine at 746 RPM 72 Figure 4.4
T1 - A mechanistic model of energy consumption in milling. AU - Imani Asrai, Reza. AU - Newman, Stephen T. AU - Nassehi, Aydin. PY - /1. Y1 - /1. N2 - In this paper, a
201381;In order to evaluate the energy consumption of machine tools, several energy consumption models and power demand models were presented. Abele et al. (2005) The
20171120;In this paper, a novel mechanistic model is proposed and validated for the consumption of energy in milling processes. The milling machine is considered as a
520;The specific machining energy requirement and its relationship to thickness of material removed were investigated. Recently, Liu et al. (2015) proposed a hybrid energy
2020112;5.3 Energy consumption of whole milling processes. Based on the abovementioned experimental results, it can be seen that the energy consumption of milling
2020715;As the basis of economic sustainable development, manufacturing plays a great role in the environment caused by energy consumption [1, 2] as the resource scarcity and
20171120;In this paper, a novel mechanistic model is proposed and validated for the consumption of energy in milling processes. The milling machine is considered as a
35;The natural energy crisis and the increasingly serious environmental problems have imposed all industries to reduce energy consumption. During milling process, selecting a