Hybrid experimental-dynamical modelling of cutting considering the complex chip geometry

机译：复杂芯片几何形式的切割混合实验动力学建模

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The introduced cutting model uses the widely applied mechanical-dynamical differential Lagrange model together with one of the most popular experimental force model (Kienzle-Victor model) in order to provide the more accurate demonstration and simulation of cutting processes. To increase the reliability of the results the authors considered as much parameters and as complex chip geometry as the calculations and processing made it possible. In this paper the sophisticated model of milling operation was the aim of the authors. The simulation results show good equivalency with the measured real cutting experiments. In spite of the complexity of the equations the rapid development in the informatics (hardware and software tools) helped the handling and quick calculation of the equations in this type of models.

机译：引入的切割模型使用广泛应用的机械动态差分拉拉模型以及最受欢迎的实验力模型（Kienzle-Victor Model）之一，以便提供更准确的说明和仿真切割过程。为了提高结果的可靠性，作者认为是与计算和处理一样多的参数和复杂的芯片几何形状。本文中，铣削操作的复杂模型是作者的目标。仿真结果显示了测量的实际切割实验的良好等效。尽管方面的复杂性，信息学（硬件和软件工具）的快速发展有助于处理和快速计算这种类型的型号的方程。

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《International Conference on Computer-Aided Design, Manufacturing, Modeling and Simulation》|2011年||共5页
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作者
Tibor Szalay; Matyas Horvath; Balazs Tukora;
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中图分类 TP391.72-53;
关键词
Cutting processes; Dynamical modelling; Complex chip geometry;

机译：切割过程;动态建模;复杂的芯片几何;

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1. An improved chip flow model considering cutting geometry variations based on the equivalent cutting edge method [J] . D. H. Wen, L. Zheng, Z. Z. Li, Proceedings of the Institution of Mechanical Engineers, Part B. Journal of engineering manufacture . 2003,第b12期

机译：基于等效切削刃方法的考虑切削几何变化的改进切屑流模型
2. Predictive modeling and optimization of turning operations with complex grooved cutting tools for curled chip formation and chip breaking [J] . I. S. Jawahir, A. K. Balaji Machining Science and Technology . 2000,第3期

机译：使用复杂的开槽切削刀具进行预测建模和优化车削，以防止卷曲的切屑形成和断屑
3. Analytical modeling of the uncut chip geometry to predict cutting forces in orthogonal centric turn-milling operations [J] . Otalora-Ortega Harry, Aristimuno Osoro Patxi, Arrazola Arriola Pedro Jose International Journal of Machine Tools & Manufacture: Design, research and application . 2019,第期

机译：未切割芯片几何形状预测正交中心转铣的切削力的分析模型
4. Hybrid experimental-dynamical modelling of cutting considering the complex chip geometry [C] . Tibor Szalay, Matyas Horvath, Balazs Tukora International Conference on Computer-Aided Design, Manufacturing, Modeling and Simulation . 2011

机译：复杂芯片几何形式的切割混合实验动力学建模
5. A generalized approach for mechanics of chip formation in steady-state and dynamic orthogonal metal cutting using a new model of shear zone with parallel boundaries and its validation to cutting-forces prediction in self-piloting machining. [D] . Hayajneh, Mohammed. 1998

机译：使用具有平行边界的新剪切区模型在稳态和动态正交金属切削中形成切屑的力学原理的通用方法，并验证了自动驾驶加工中的切削力预测。
6. Generation of segmental chips in metal cutting modeled with the PFEM [O] . J. M. Rodriguez Prieto, J. M. Carbonell, J. C. Cante, -1

机译：使用PFEM建模的金属切削中产生分段切屑
7. Prediction of Chip Formation and Cutting Forces in Drilling with Curved Cutting Edge Drills(1st Report). Drill Geometry, Cutting Model and Energy Method. [O] . Kazuo KASAHARA, Akihiko HIROTA, Tuyoshi KAWASAKI 2001

机译：弯曲切削刃钻井钻削和切削力的预测（第一报告）。钻孔几何形状，切割模型和能量法。

Hybrid experimental-dynamical modelling of cutting considering the complex chip geometry

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