1) general supported boundary
广义简支边界
1.
In this paper, the general supported boundary condition is applied to solve the bending of rectangular plates supported at any point on the four straight edges under a concentrated load.
基于薄板弯曲问题的广义简支边界条件 ,通过将集中载荷作用下四直边上任意点支承矩形板的弯曲问题分解为 6个基本的薄板弯曲问题 ,应用叠加法首次得到了该问题的解析解 。
2) generalized simply_supported edges
广义简支边
1.
In this paper, an exact solution for an uniformly_loaded rectangular plate with two adjacent edges clamped, one edge simply supported and the other edge free, was given by using the concept of generalized simply_supported edges and superposition method.
用广义简支边概念和叠加法给出均布载荷下两邻边固定、一边简支、一边自由矩形板的精确解· 对正方形板自由边的挠度和固定边的弯矩进行了数字计算
3) simply-supported boundary condition
简支边界
4) generalized supported edge
广义支承边
1.
In this paper, the generalized supported edge and the rectangular plates with generalized supported edge for elastic stability are introduced.
本文引入了稳定问题的广义支承边和广义支承边矩形板的概念，应用功的互等法建立了弹性矩形薄板稳定问题的广义位移解，并给出了广义位移解的各个边界值。
5) simply supported annular plate on inner boundary
内边界简支环板
1.
Limit load for simply supported annular plate on inner boundary by using Mises yield condition;
用Mises屈服条件求内边界简支环板在线性荷载作用下的极限荷载
6) the Non-vanishing Moment
简支边界弯矩
补充资料：支妙音（简静寺）《比丘尼传》卷一
【支妙音（简静寺）《比丘尼传》卷一】
妙音。未详何许人也。幼而志道居处京华。博学内外善为文章。晋孝武皇帝太傅会稽王道孟顗等并相敬信。每与帝及太傅中朝学士。谈论属文。雅有才致。借甚有声。太傅以太元十年为立简静寺。以音为寺主。徒众百余人。内外才义者因之以自达。供嚫无穷。富倾都邑。贵贱宗事。门有车马日百余两。荆州刺史王忱死。烈宗意欲以王恭代之。时桓玄在江陵为忱所折挫闻恭应往素又惮恭。殷仲堪时为恭门生。玄知殷仲堪弱才亦易制御。意欲得之。乃遣使凭妙音尼为堪图州。既而烈宗问妙音。荆州缺外问。云谁应作者。答曰。贫道道士岂容及俗中论议。如闻外内谈者。并云无过殷仲堪。以其意虑深远荆楚所须。帝然之。遂以代忱。权倾一朝威行内外。云。
妙音。未详何许人也。幼而志道居处京华。博学内外善为文章。晋孝武皇帝太傅会稽王道孟顗等并相敬信。每与帝及太傅中朝学士。谈论属文。雅有才致。借甚有声。太傅以太元十年为立简静寺。以音为寺主。徒众百余人。内外才义者因之以自达。供嚫无穷。富倾都邑。贵贱宗事。门有车马日百余两。荆州刺史王忱死。烈宗意欲以王恭代之。时桓玄在江陵为忱所折挫闻恭应往素又惮恭。殷仲堪时为恭门生。玄知殷仲堪弱才亦易制御。意欲得之。乃遣使凭妙音尼为堪图州。既而烈宗问妙音。荆州缺外问。云谁应作者。答曰。贫道道士岂容及俗中论议。如闻外内谈者。并云无过殷仲堪。以其意虑深远荆楚所须。帝然之。遂以代忱。权倾一朝威行内外。云。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条