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Tool paths and cutting technology in computer-aided process planning
The International Journal of Advanced Manufacturing Technology, 1996This paper reports on the development of a module to calculate automatically tool paths and cutting conditions for metal cutting operations. Process planning must select correct cutting conditions to minimise disturbances on the shop floor owing to tooling problems.
Boogert, R.M. +2 more
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An Algorithm of Non-Iso Parameters Cutting Path Planning Using Toroid Cutter
Applied Mechanics and Materials, 2013For the problem of poor processing efficiency of iso-parameter tool path planning algorithm, this paper proposed a non iso-parameter trajectory planning algorithm. First established a mathematical model of five-axis machining toroid cutter, then analyzed the toroid cutter and machining surface partial differential geometric properties, proposed one ...
Quan Liang +3 more
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A two-step feedrate planning of polygonal path for micro laser-cutting machines
The International Journal of Advanced Manufacturing Technology, 2019The sample machined with the polygonal path is a common feature in a micro laser-cutting machine. It brings a difficult problem in feedrate planning when the machining accuracy is limited to the scale of sub-micrometer. In this paper, the transition feedrate at the node point is determined by the dynamic capacity of a machine.
Zhuiliang Huang +2 more
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Study on Path Planning of Involute Tooth Surface Milling With General Cutting Tool
Volume 10: 2019 International Power Transmission and Gearing Conference, 2019Abstract Milling involute tooth surface with universal cutting tool overcomes the difficult problem of customizing tool for nonstandard gear machining. It is difficult for gear manufacturers to gain an advantage in market competition because of the long cycle of customized cutting tools.
Zhaoyao Shi, Zhipeng Feng, Peng Wang
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Neural network modeling for tool path planning of the rough cut in complex pocket milling
Journal of Manufacturing Systems, 1996Abstract This paper presents a new approach to rough-cut tool path planning of pocket milling operations. The key idea is to formulate the tool path problem into a TSP (traveling salesman problem) so that the powerful neural network method can be effectively applied. Specifically, the method is composed of (1) digitization of the pocket area into a
Suh, SH, Shin, YS
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Robotic Jigsaw: A Non-Holonomic Cutting Robot and Path Planning Algorithm
2021 IEEE/RSJ International Conference on Intelligent Robots and Systems (IROS), 2021Haisen Zhao +6 more
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49th IEEE Conference on Decision and Control (CDC), 2010
The usual approach to dealing with Mixed Logical Semidefinite Programs (MLSDPs) is through the “Big-M” or the convex hull reformulation. The Big-M approach is appealing for its ease of modeling, but it leads to weak convex relaxations when used in a Branch & Bound framework.
Fook Wai Kong +2 more
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The usual approach to dealing with Mixed Logical Semidefinite Programs (MLSDPs) is through the “Big-M” or the convex hull reformulation. The Big-M approach is appealing for its ease of modeling, but it leads to weak convex relaxations when used in a Branch & Bound framework.
Fook Wai Kong +2 more
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Quantum Immune Algorithm for Automotive-Parts Cutting Path Planning
Computer Science and Application, 2022openaire +1 more source
Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical Engineering Science, 2022
Songyong Liu, Yuming Cui, Yaojian Yao
exaly
Songyong Liu, Yuming Cui, Yaojian Yao
exaly
GSGC:an improved path planning optimization method using guided sampling and gradual cutting
2022Refereed/Peer-reviewed Path planning of mobile robot has become a research hotspot in the fields of automatic control, computer and artificial intelligence. The sampling-based method is one of the most popular methods for path planning, among which BIT*(Batch Informed Trees), a variant of RRT, is a typical one.
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