1) differentiation element
微分单元
2) differential quadrature element method
微分求积单元法
1.
The new version of differential quadrature element method(DQEM) is used to analyze the stability of isotropic stiffened plates for the first time.
本文首次采用新近提出的微分求积单元法分析了各向同性加筋板的稳定性问题,建立了微分求积梁单元和板单元,并给出了详细的分析过程。
2.
A differential quadrature element method (DQEM) was presented for the analysis of portal frames with variable sections.
本文采用一种精确、简便的数值计算方法———微分求积单元法(DQEM)对变截面门式刚架结构进行了力学分析。
3.
A new numerical approach entitled differential quadrature element method was used for the second order analysis of frames.
采用一种新的数值方法——微分求积单元法分析框架结构的P-△效应。
3) differential cubature element method
微分容积单元法
1.
Based on the differential cubature method and the domain superposition technique, the differential cubature element method was developed to solve the free vibration problems of stepped Timoshenko beams.
本文基于微分容积法和区域叠加技术提出了微分容积单元法(Differential Cubature Element method,以下简称DCE方法),并用之求解阶梯式变截面Timoshenko梁的自由振动问题。
2.
A new numerical method, the differential cubature element method has been developed based on the domain superposition method and the differential cubature method for free vibration analysis of moderately thick plates with geometric discontinuities.
基于区域叠加原理和微分容积法,发展了一种新型的数值方法——微分容积单元法,用以分析具有不连续几何特征的中厚板的自由振动。
4) fretting cell
微动单元
5) Micro-haploid
微单元体
6) micromirror cell
微镜单元
补充资料：法朗《大唐西域求法高僧传》
【法朗《大唐西域求法高僧传》】
苾刍法朗者。梵名达摩提婆唐云法天襄州襄阳人也。住灵集寺。俗姓安实。乃家传礼义门
袭冠缨。童年出家钦修是务。遂离桑梓游涉岭南。净至番禺报知行李。虽复学悟非远而实希尚情深。意喜相随同越沧海。未经一月届乎佛逝。亦既至此业行是修。晓夜端心。习因明之秘册。晨昏励想。听俱舍之幽宗。既而一篑已倾。庶罔隤于九仞。三藏虔念。拟克成乎五篇。弗惮劬劳性有聪识。复能志托弘益抄写忘疲。乞食自济但有三衣。袒膊涂跣遵修上仪。虽未成于角立。终有慕于囊锥。凡百徒侣咸希自乐。尔独标心利生是恪。恪勤何始专思至理。若能弘广愿于悲生。冀大明于慈氏。年二十四矣。
苾刍法朗者。梵名达摩提婆唐云法天襄州襄阳人也。住灵集寺。俗姓安实。乃家传礼义门
袭冠缨。童年出家钦修是务。遂离桑梓游涉岭南。净至番禺报知行李。虽复学悟非远而实希尚情深。意喜相随同越沧海。未经一月届乎佛逝。亦既至此业行是修。晓夜端心。习因明之秘册。晨昏励想。听俱舍之幽宗。既而一篑已倾。庶罔隤于九仞。三藏虔念。拟克成乎五篇。弗惮劬劳性有聪识。复能志托弘益抄写忘疲。乞食自济但有三衣。袒膊涂跣遵修上仪。虽未成于角立。终有慕于囊锥。凡百徒侣咸希自乐。尔独标心利生是恪。恪勤何始专思至理。若能弘广愿于悲生。冀大明于慈氏。年二十四矣。
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