切變形的英文

切變 shear; shearing
形 form; shape
剪切變形 detrusion; shear deformation; shear distortion; shear strain; sheared deformation; shearing deformation; shearing distortion; shearstrain
切變變形 shearing strain
切變形式 shearing mode
地轉切變變形 geostrophic shearing deformation
附加剪切變形 additional shear
剪切變形參數 shear deformation parameter
剪切變形系數 slip coefficient
切變 [物理學] shear; shearing 風切變 [氣象學] wind shear
變形 1.(形狀、格式起變化) be out of shape; become deformed; transshape; transfiguration; transformation; variant; transmogrification; modification : 自行車的前輪變形了。 the front wheel of the bicycle was out of shape. 孩子的腿變形了。 the child has a deformed leg.2.[物理學] (形變) deformation; distortion; (應變) strain; [生物學] (動植物的形態漸進) anamorphosis; (變異) metamorphosis; (畸形) dysmorphosis; (組織替換) transubstantiation; (器官變形) metallaxis; (物種演變) transmutation◇變形比 deformable ratio; 變形能力 deformability
dna切變 dna shear
純切變 pure shear
單切變 single shear
風切變 wind shear; windshear
剪切；切變 shear
切變；剪切 shear
切變波 shear wave，transversal wave, transverse wave; shearwave; sv
切變層 shearing layer
切變場 shear field
切變換 contact transformation
切變計 shear gauge
切變角 angle of shear
切變力 applied shear; shearforce
切變流 shear flow; shear-flow; shearing current

千萬人都在用的超大詞匯詞典翻譯APP

3 . on the present deformation condition , the cementite in pearlitic steel has more severe plastic deformation capability t - he max shear strain up to 1 . 9 . 4
C方式ecap變形條件使珠光體鋼65mn中的滲碳體可以表現出很強的塑性變形能力? ?觀察到的最大切變形達到1 . 9的等效真應變。
At this time , the approximate mechanical model of devices has been put forward , which frequency is 70 mhz , then we analyzed the euler ? bernoulli equation , find that the frequency is determined by the resonator ’ s density thickness and length ; the free - free - beam 、 coupled beam 、 support beam 、 transducer have been designed ; the model was simulated and modal analyzed on the coventorware and were consistent with the designed parameter . the silicon surface microfabrication process was developed and emphatically introduced several key surface microfabrication technologies , and was simulated by coventorware
本文通過分析歐拉-貝努立方程,得出濾波器的共振頻率主要由諧振梁的密度、厚度和長度決定,考慮切變形和轉動慣量的情況下,完成微機械諧振梁、支撐梁、驅動電容的設計;在coventorware軟件上進行仿真,分析結果與理論設計比較好地吻合;對微機械濾波器的加工工藝進行設計,給出器件的完整的工藝流程,重點介紹微機械表面加工工藝,并在coventorware上進行仿真。