symmetrical parts造句
例句與造句
- When an object shape is nearly symmetrical and the non - symmetrical part has been shown clearly by other views , it could be drawn by half - section
可將投射方向一致的幾個對稱圖形各取一半（或四分之一）合并成一個圖形。此時應(yīng)在剖視圖附近標(biāo)出相應(yīng)的剖視圖名稱。 - The symmetrical part uses the source distribution on the center plane of the body whereas the asymmetrical part is achieved through the doublet distribution on the camber surface
求解完畢得到速度勢后，對其求一階導(dǎo)數(shù)得到物面上的速度分布，進(jìn)而通過伯努利方程求出物面上的壓力分布。 - The view of symmetrical part can be drawn a half or quarter part , and two continuous thin lines paralleling to each other should be drawn on the two ends of the perpendicular center line , as shown in fig . 12
當(dāng)機(jī)件上具有相同的結(jié)構(gòu)要素（如孔、槽）并按一定規(guī)律分布時，只需要畫出幾個完整的結(jié)構(gòu)，其余的可用細(xì)實線連接或畫出他們的中心位置，并在圖中注明其總數(shù)，如圖12所示。 - According to the specific characteristics of the precise forming of axially symmetrical parts , the engineering knowledge has been classified into several kinds classifies with the method of the knowledge representation techniques fir the different kinds of knowledge module proposed
摘要根據(jù)回轉(zhuǎn)體零件的精密成形設(shè)計特點，對設(shè)計過程中的知識進(jìn)行了分類，并對各種知識模塊提出了具體的表示方法，最后通過具體事例應(yīng)用驗證了知識表示的有效性。 - Cylindrical cup is a typical axial symmetrical part , though the deformation of material is simple in drawing process , but during the drawing process , exists a lot of influence factors ( including workpiece material character itself as well as each technological parameters ) , and they restrict mutually between the factors . so how to calculate the limiting drawing rate of a cup becomes a complicated nonlinear and multi - gene question . to predicting limiting drawing rate of the cylindrical cup accurately indeed is a very complex subject
筒形件是典型的軸對稱拉深件，在拉深過程中材料的變形雖然相對簡單，但是在生產(chǎn)過程中，由于影響因素很多（包括工件材料本身性能以及各個工藝參數(shù)） ，且各種因素之間相互制約，故如何準(zhǔn)確地計算筒形件拉深極限就成為一個復(fù)雜的非線性多因子問題，要真正準(zhǔn)確預(yù)測筒形件極限拉深系數(shù)也是一個非常復(fù)雜的課題。 - It's difficult to find symmetrical parts in a sentence. 用symmetrical parts造句挺難的
- The compact support wavelet which is real and orthogonal isdivided into two parts : symmetrical part and anti - symmetrical one . it proves that both the two parts are still made into compact orthogonal wavelet base which are symmetrical and anti - symmetrical respectively . it proves that symmetrical part and anti - symmetrical one of scale function are scale function and wavelet function in some subspace respectively
本文提出一種新的對稱化方法，把一大類緊支集實值的非對稱正交小波函數(shù)分解成對稱和反對稱兩部分，并證明了其相應(yīng)的兩部分仍然構(gòu)成對稱和反對稱的緊支正交小波基，而且我們發(fā)現(xiàn)尺度函數(shù)對稱和反對稱部分分別是某子空間的尺度函數(shù)和小波函數(shù)。