無限遠において引張りを受ける弓形状出張りを持つ帯板の応力分布について

概要

論文の詳細を見る
Experimental analysis of stresses around reentrant corners as lying in such a plate as in the title, encounters very often difficulty of finding exact values or at least considerably reliable one, due to the principle, capacity, mechanism or externals of the measuring apparatus, or to the manufacture or preparation of the tested specimen. Theoretical one exercises its power on such a stress system with more exact solution, clearing up most of the speculative constitution of the problem, which could be expected to do some in future for the stereotyped theory. It is studied and described in this paper, in what inference and procedure the analysis can be made theoretically about such a boundary of a plate by the method of Muskhelisvili's type，treating the problem as the complex stress boundary one. It might be why overall and concrete analysis or numerical calculation thereabout has not yet been found out in the former papers, that the stress condition there has been considered not so critical in the main, and furthermore numerical calculation by the complex in6nite series, very hard to carry through,. This study has confirmed this safety and unsafety about stress numerically and is hoped to help some the analysis and application of the kind. As to the computation, it was done by both a common and an electronic computer, and the description refers to the number of the terms of the infinite series to be expanded, and the mode of the convergence of the results is plotted in relation with this number of the known coefficients, and it has come clear : the more the number, the more exact values ; an electronic computer does not always detest the complex number calculation as long as the programming is adquate and the amount of data to work by or memorize, within its capability.
北見工業大学の論文

著者

追分重義
北見工業大学

無限遠において引張りを受ける弓形状出張りを持つ帯板の応力分布について

スポンサーリンク

概要

著者

関連論文

スポンサーリンク