不对称荷载的英文

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"不对称荷载"怎么读用"不对称荷载"造句

英文翻译手机版

nonsymmetrical loading
unsymmetrical loading

"不对称"英文翻译 asymmetric; unsymmetric; dis ...
"荷载"英文翻译 load
"对称荷载" 英文翻译 : balanced load; symmetric loading; symmetrical loading
"反对称荷载" 英文翻译 : anti-symmertric load; antisymmetric load; antisymmetrical load
"轴向对称荷载" 英文翻译 : axially symmetric load
"轴对称荷重" 英文翻译 : axisymmetrical loading
"不对称" 英文翻译 : asymmetric(al); unsymmetric(al); dissymmetric(al)
"不对称pcr" 英文翻译 : asymmetric pcr
"不对称；不齐" 英文翻译 : asymmetry
"不对称安定" 英文翻译 : asymmetric stability
"不对称背斜" 英文翻译 : asymmetric anticline; asymmetrical anticline
"不对称边带" 英文翻译 : asymmetric sideband; asymmetrical sideband
"不对称标记" 英文翻译 : asymmetric labeling; asymmetric labelling
"不对称标量" 英文翻译 : unsymmetrical scalar
"不对称波" 英文翻译 : asymmetric wave; asymmetrical wave
"不对称波导" 英文翻译 : asymmetrical guide
"不对称波痕" 英文翻译 : asymmetric ripple mark; asymmetric wave ripple; asymmetrical ri le mark; asymmetrical ripple mark; meta ripples; metari les; metaripple
"不对称参数" 英文翻译 : asymmetry parameter
"不对称层理" 英文翻译 : asymmetric bedding; asymmetrical bedding
"不对称颤振" 英文翻译 : asymmetrical flutter
"不对称场" 英文翻译 : asymmetrical field; dissymmetrical field
"不对称齿" 英文翻译 : asymmmetrical tooth
"不对称触发" 英文翻译 : unsymmetrical triggering
"不对称触止" 英文翻译 : unequal stop
"不对称磁层" 英文翻译 : asymmetric magneto here; asymmetric magnetosphere

例句与用法

Through the nonlinear analysis of the large annular cantilever beam string stadium roof structure , it was shown that the structure had the strong performance of resisting uniform load and dissymmetry load
对大型环状悬臂型挑蓬结构非线性分析表明，结构具有极强的抵御均布荷载和不对称荷载的能力。
Then we also study the effect of string on the dynamical characteristic under the symmetric load and not under the symmetric load as the prestressing is the key making beam string structure the balanceatie system , having large rigidity and embodying the superiority of dynamical characteristic of this structure , this paper studies and conceives how to deteimine the number of the prestressing in each stage of construction and through comparing between the plan of onetime and repeated pulling construction choose the suitable pulling construction plan
并且本文还研究了在对称荷载和不对称荷载两种工况下，结构的受力性能随竖向撑杆数目、结构垂跨比以及下弦索预应力等参数改变时的变化情况，总结出该结构受力方面的特征，为实际工程设计提供依据。鉴于预应力是使张弦梁结构形成自平衡体系、具备较大刚度和体现结构性能优势的关键，本文研究和探讨了结构施工各阶段该预应力大小的确定方法，通过一次张拉与二次张拉方案各项指标的比较，选择适当的预应力张拉施工方案。