A Basis for Computer Generation of the Drawings of Machine Parts : Part 1, Topological Generating Rules of Convex Polyhedral corresponding to Dual Graphs having Hamiltonian Cycles

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概要

• 論文の詳細を見る

• It is pointed out that, in making automatic the processes of machine design by means of man-machine interaction, the machine lacks the capability of generating the shape of machine parts. To overcome this difficulty in principle, the paper presents a topological method of generating convex polyhedra. As an instruction from man the edge-vertex table (k, λ_k│k=3,4,...,r, where k: number of edges gathering into a vertex, λ_k : number of k-edged vertex) is proposed. When the machine receives the edge-vertex table, it generates all of the mutually different linear dual graphs on convex polyhedra, where the graphs have Hamiltonian cycles. The fundamental theory for the above process is contained.

• 一般社団法人日本機械学会の論文

著者

• Hayashi Kunikazu

  Graduate School Of Science And Engineering Tokyo Institute Of Technology

関連論文

• Direct Simulation of Engineering Problems with a Fast Array Computer : 1st Report, Basic Concept of Direct Simulation and Parallel Computation Algorithms using Jacobi Method
• Direct Simulation of Engineering Problems with a Fast Array Computer : 3rd Report, System of Data Transmission between Arithmetic Units In the Array Computer
• A Basis for Computer Generation of the Drawings of Machine Parts : Part 1, Topological Generating Rules of Convex Polyhedral corresponding to Dual Graphs having Hamiltonian Cycles
• Direct Simulation of Engineering Problems with a Fast Array Computer : 2nd Report, Parallel Computation Algorithms using SOR Method

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