1) the fringe of human nature
人性边界
1.
As to some of Liunosuke Akutagawa s popular novels,this article makes systematic comparison and classification in the exposing of the deep side of human nature,pointing out that the research by Liunosuke Akutagawa s to the fringe of human nature has undertaken three steps in the improving process.
本文对芥川龙之介的几篇脍炙人口的小说在表达人性的深度方面进行了系统的比较和划分,指出芥川对人性边界的探索经历了一个三阶段的上升过程,即从剥离人性的面具、显示面具对人性边界的顽强的遮蔽性,到对人的自我感觉的“本心”加以怀疑、不惜让自己陷入疑惑和痛苦,再上升到揭示人性在自我超越中提升自己,直到展示人性本身的悲剧性冲突这一最高境界,并对每个阶段的人性结构进行了一种层次分析。
2) viscous-spring artificial boundary
粘-弹性人工边界
1.
This paper presented an analytical model of tunnel-soil-fluid interaction taking account of nonlinear material behavior of soil,viscous-spring artificial boundary and solid-fluid interaction.
考虑粘-弹性人工边界、土壤的非线性及流-固耦合作用,建立了沉管隧道-土壤-流体(水)相互作用的力学模型,采用Newmark算法,对沉管隧道在地震激励下的响应进行分析。
2.
Under the viscous-spring artificial boundary condition,the input method of seismis wave from the artificial boundary is compared with that from the surface of the dam foundation,and the r.
采用粘-弹性人工边界条件应用于重力坝的动力响应分析中,解决了波在边界上的反射问题。
3) Viscous-spring artificial boundary
黏弹性人工边界
1.
Based on the soil mechanic model in saturated porous media,by combining viscous-spring artificial boundary with the 2-D explicit finite element method,an explicit numerical wave method is proposed to analyze the effect of the local terrain on the dynamic response of saturated site under diffracting earthquake wave field.
为了能合理分析局部场地条件对地震波散射波场的影响,基于饱和多孔介质理论的土力学模型,提出了一种显式有限元与黏弹性人工边界相结合的数值波动模拟方法。
2.
The seismic response analysis method of the rockfill dam which could represent travelling wave effect and radiation damping of infinite foundation was realized through the introduction of viscous-spring artificial boundary and relevant seismic wave input means.
本文引入了黏弹性人工边界及其地震波动输入方法,实现了可考虑行波效应、地基辐射阻尼的土石坝地震反应分析方法,并通过半圆形山谷散射问题对实现此方法的程序准确性进行了验证。
4) viscous-spring artificial boundary
粘弹性人工边界
1.
Application of viscous-spring artificial boundary to seismic analysis of gravity dam;
粘弹性人工边界在重力坝地震分析中的应用
2.
The stiffness and damping matrixes of 3D consistent artificial boundary are deduced through viscous-spring artificial boundary theory.
基于粘弹性人工边界推导了三维一致粘弹性人工边界单元的刚度及阻尼矩阵,利用单元矩阵等效原理采用普通有限单元构造了等效粘弹性边界单元来模拟三维粘弹性边界。
3.
The equivalent viscous-spring artificial boundary elements were developed by comparing the matrix of the general finite element and the consistent viscous-spring artificial boundaries.
提出了一致粘弹性人工边界及粘弹性人工边界单元的概念,推导了二维一致粘弹性人工边界单元刚度及阻尼矩阵,并在其基础上使用矩阵等效原理实现了采用普通有限单元模拟的二维粘弹性边界单元。
5) visco-elastic artificial boundary
粘弹性人工边界
1.
Three-dimensional visco-elastic artificial boundary equations along normal and tangent directions are derived based on three-dimensional wave motion equations.
应用弹性波动理论,发展了实现波动直接模拟的三维时域粘弹性人工边界。
2.
The model of pile raft foundation and three-dimension visco-elastic artificial boundary are imported to construct reasonable FEM mod.
本文运用动力有限元分析方法,引入桩筏基础和粘弹性人工边界,建立了合理的有限元模型来模拟地基基础与上部结构的相互作用,并实现了地震波在土体模型人工边界的透射。
3.
Pile-soil-transmission tower coupled system is set up with visco-elastic artificial boundary as the soil boundary and modified Goodman element as the pile-soil interaction face.
通过采用粘弹性人工边界模拟土体边界,用改进的Goodman单元模拟桩-土接触面,建立了桩-土-输电塔体系相互作用模型。
6) viscoelastic artificial boundary
黏弹性人工边界
1.
Research on seismic wave input with three-dimensional viscoelastic artificial boundary
三维黏弹性人工边界地震波动输入方法研究
2.
A viscoelastic artificial boundary was constructed to simulate radiation damping in a semi-infinite medium and the elasticity recovery capacity of the medium at the far field.
为研究结构-地基相互作用对上承式大跨度钢管混凝土拱桥地震反应的影响,以黏弹性人工边界模拟半无限介质的辐射阻尼及远场地球介质的弹性恢复性能。
3.
In order to get the artificial boundary that suits to analyze nonlinear structure-foundation interaction problems, the viscoelastic artificial boundary simulating radiation damping of the far field medium was obtained from the elastic wave theory and viscoelasticity theory.
结果表明:在结构-地基动力相互作用问题中,得到的黏弹性人工边界模拟计算域外远场黏弹性介质的辐射阻尼具有理想精度;不论是简谐波还是非简谐波,地震波动输入都取得了理想结果;在黏弹性介质条件下自由地表处的总场位移幅值n是输入波幅值的2e-αx倍。
补充资料:《人性的,太人性的:一本献给自由精灵的书》
本书是为纪念伏尔泰逝世100周年而写,同时也出自作者对早年崇拜的音乐家瓦格纳的失望情绪。全书用格言体写成,分两卷。第一卷共九章,从各方面探讨了世界与人生的基本问题。第二卷的两个部分《见解与箴言杂录》和《漫游者和他的影子》,继续作者在第一卷中开始的对西方形而上学传统及其影响下的西方文化的全面批判。
作者一方面肯定人性中值得肯定的方面,希望挖掘人的潜力,使人类变得更优秀;另一方面又对人性的弱点和缺点,尤其对西方文化传统下形成的这种弱点和缺点,进行了尖刻的讽刺和挖苦。 作者寄希望于"自由精灵",也就是能超越传统思维方式、传统道德观念而自由思想的人。
本书作者弗里德里希•尼采(nietzsche, friedrich, 1844-1900)是19世纪德国哲学家,唯意志论和生命哲学主要代表之一,被认为是世界最伟大的思想家之一。早年在波恩大学和莱比锡大学学习,获博士学位。不到25岁就被聘为瑞士巴塞尔大学的古典语文学副教授,并在一年以后成为正教授。一生著述颇丰,如《悲剧的诞生》、《查拉图斯特拉如是说》、《善恶的彼岸》、《强力意志》等,对20世纪的思想界产生重大影响。1889年初,在意大利的都灵街头摔倒,就此精神错乱,于11年后在德国的魏玛去世。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。