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Cutting Force Prediction and Experiment Verification of Paper Honeycomb Materials by Ultrasonic Vibration-Assisted Machining

机译：超声波振动辅助加工切割纸蜂窝材料纸蜂窝材料的削减力预测及实验验证

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Wenjun Cao; Jun Zha; Yaolong Chen;
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1. Cutting Force Prediction and Experiment Verification of Paper Honeycomb Materials by Ultrasonic Vibration-Assisted Machining [J] . Wenjun Cao, Jun Zha, Yaolong Chen Applied Sciences . 2020,第13期

机译：超声波振动辅助加工切割纸蜂窝材料纸蜂窝材料的削减力预测及实验验证
2. Force prediction model considering material removal mechanism for axial ultrasonic vibration-assisted peripheral grinding of Zerodur [J] . Sun Guoyan, Zhao Lingling, Ma Zhen, The International Journal of Advanced Manufacturing Technology . 2018,第9a12期

机译：考虑Zerodur轴向超声振动辅助外周磨削材料去除机制的力预测模型
3. Influence of the Thermal Effect on the Cutting Forces in the Ultrasonic Machining of High-Strength Materials [J] . N. V. Bekrenev, G. K. Muldasheva, A. P. Petrovskii, Russian engineering research . 2015,第10期

机译：热效应对高强度材料超声加工中切削力的影响
4. Prediction of Machining Force and Surface Roughness in Ultrasonic Vibration-Assisted Turning Using Neural Networks [C] . H. Soleimanimehr, M. J. Nategh, S. Amini International Conference on Advances in Materials and Processing Technologies . 2010

机译：用神经网络预测超声波振动辅助转动中的加工力和表面粗糙度
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. Estimation of Specific Cutting Energy in an S235 Alloy for Multi-Directional Ultrasonic Vibration-Assisted Machining Using the Finite Element Method [O] . Luis C. Flórez García, Hernán A. González Rojas, Antonio J. Sánchez Egea 2020

机译：用有限元方法估算用于多方向超声振动辅助加工的S235合金的比切削能
7. High-performance machining of fiber-reinforced materials with hybrid ultrasonic-assisted cutting [O] . Andrea Stoll, Carlo Rüger, Katja Busch, 2018

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8. Prediction and Verification of Creep Behavior in Metallic Materials and Components, for the Space Shuttle Thermal Protection System. Volume 1, Phase 1: Cyclic Materials Creep Predictions [R] . Davis, J. W., Cramer, B. A. 1974

机译：航天飞机热保护系统金属材料和部件蠕变行为的预测与验证。第1卷，第1阶段：循环材料蠕变预测

Cutting Force Prediction and Experiment Verification of Paper Honeycomb Materials by Ultrasonic Vibration-Assisted Machining

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