装置要素と要素間状態に注目した工学問題の表現と支配方程式の導出

概要

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This study is aimed at the investigation of the possibility of a problem-solving mechanism in practical engineering problems. Problems are composed of two classes of elements. The element in one class is defined as information flow, and the element in the other class is termed as a device. The information flow has static constraints on the relations in a state observed at one measuring point. The device has multiple constraints which describe relations between states. The information flow and the device have local problem-independent abilities which represent subproblems and their solutions. Problems are formulated by a graph in which an information flow and a device are adjacent to each other. The system of equations which governs the given problem is derived by using the fact that for one physical parameter, the value obtained by static constraints must be equal to the value deduced from multiple constraints in devices.
一般社団法人日本機械学会の論文
1991-12-25