翼板,wing plate
1)wing plate翼板
1.Somewing plates were installed on the train.在列车上布置若干翼板。
2.In this paper,a new type of prestressed concrete pipe pile withwing plates is presented.本文提出了一种新桩型—带翼板预应力管桩。
英文短句/例句
1.The first range or strake of planks laid next to a ship"s keel.龙骨翼板靠近船的龙骨的第一排厚板或船侧板
2.AN INFINITE DIMENSIONAL NONLINEAR ANALYSIS OF ACTIVE SUPPRESSING PANEL FLUTTER翼板颤振主动抑制的无限维非线性分析
3.EFFECTS OF VACUUM AND TEMPERATURE ENVIRONMENT ON DEPLOYMENT OF SATELLITE SOLAR WING PANEL真空和温度对卫星太阳电池翼板展开的影响
4.A folding section, as of a double door or of a movable partition.门翼，屏翼如双层门或活动隔板的褶叠部分
5.The nearside wing was damaged in the collision.汽车碰撞时左侧的翼子板撞坏了.
6.I found a dent in the left wing of your car.我看见你车左侧的翼子板上有块凹痕。
7.Pipe coil. Plates and fins can be added or removed.盘绕管道。可加装或去除平板和翼片。
8.These include gusset plates welded to the flange.这些包括焊接到翼缘上的节点板。
9.A board on a paddle wheel.明轮翼螺旋桨上的宽阔叶板
10.The web and flanges of the main girders were fabricated from ASTM A441 steel.主梁的腹板和翼缘用ASTM A441钢制造。
11.A Study on Aerodynamic Performance of Moving Aerofoil Above an Inclined Plate;斜板表面运动机翼气动力性能的研究
12.The Application Study of Affixed Cover in Forming Process of EFP with Fins贴隔板法在尾翼EFP成型中的应用研究
13.Analysis of Thermal-elastic Deformation for Solar Array Substrate with CFRP/Aluminum Honeycomb Sandwich碳纤维/铝蜂窝太阳翼基板热变形分析
14.Draw forming simulation and die-structure optimization of front fender翼子板拉深成形模拟及模具结构优化
15.Small rectangular backup bars were used to fabricate the web-bottom flange connection.在腹板与下翼缘的施焊中使用小矩形挡板。
16.Effective Width and Plate-to-Plate Restriction Calculations of Profiled Steel Sheeting压型钢板翼缘有效宽度及板组约束的研究
17.Simulation Study on Forming Process of Inner Panel of Automobile Front Fender轿车翼子板内板的成形工艺数值模拟研究
18.Aerofoil Sub-wainscot Wing-rib Join-hole Structure Fracture Characteristics Research Based on 3D Contact Problem含三维接触问题的机翼下壁板翼肋对接孔结构断裂特性研究
相关短句/例句
fender[英]["fend?(r)][美]["f?nd?]翼子板
1.Analysis of the technical characteristic of IDEAL carfender and die design;爱迪尔轿车翼子板工艺分析与模具设计
2.Applying the method for optimizing the trimming line of afender,and comparing with reverse method,it shows high precision of the scale coefficient method.运用计算机仿真技术模拟修边、翻边工序,提出了一种轮廓线优化方法———比例因子法,运用该方法并结合截面线法解决了工程中某翼子板的修边线优化设计问题,并通过与逆算法的比较,显示了该方法的高精度性。
3)flange plate翼缘板
1.Research of design theory forflange plate of comb-type caisson;梳式沉箱翼缘板设计理论的研究
2.The equipments features,technology process and control system are analyzed for the production of hot-rolled narrow strip andflange plate in a same 355 mm hot-rolled narrow strip production line.分析了355 mm热轧窄带钢生产线共线生产热轧窄带钢和翼缘板的设备特点,工艺流程及控制系统。
3.In this paper,a theoretical analysis for the local buckling of theflange plate of the partially encased concrete columns subjected to H-shape steel axis force was presented.对部分包裹混凝土的H型钢轴压柱翼缘板的局部屈曲性能进行了理论分析。
4)rear fender后翼子板
1.Numerical simulation ofrear fender forming by the finite element inverse approach;汽车后翼子板冲压成形的有限元逆方法模拟
5)wing-plate翼板钢
1.The author expatiates on that the development of wing-structure steel plates, as a substitute of common steel plates, will lower the cost of steel structures The development of thewing-plate market will establish stable marketing channels and lead to a prominent economic profit and broad market prospect It is consequently important to develop new products for an enterpris通过阐述济钢开发钢结构用翼板钢替代中厚板产品 ,从而降低钢结构成本 ,通过开发翼板钢市场 ,建立了稳定的销售渠道 ,带来了可观的经济效益和广阔的市场前景 ,从而指出了企业开发新产品的重要
6)front fender前翼子板
1.Based on the analysis of the technical characteristic of Santana2000saloon carfront fender,the die design forfront fender was improved.从桑塔纳2000型轿车前翼子板的工艺性出发,分析了前翼子板的工艺特点,对前翼子板模具进行了改进设计,从而改善了零件的表面质量和模具的制造精度 ,并延长了模具的使用寿
2.Through an analysis and comparison between the thickness of sheet bar got from numerical simulation and from practical forming part,the effects of the factors mentioned above on the forming results offront fender was arrived at,and th.根据正交试验原理,应用板料成形软件Pamstamp 2G对不同压边力、模具与板料间摩擦因数、凸、凹模间隙和板料初始尺寸进行数值模拟,将数值模拟的板料厚度同实际成形件厚度进行比较,得出上述各因素对前翼子板成形结果的影响,并预测了前翼子板优化的成形工艺条件。
延伸阅读
翼子板翼子板是遮盖车轮的车身外板，因旧式车身该部件形状及位置似鸟翼而得名。按照安装位置又分为前翼子板和后翼子板，前翼子板安装在前轮处，因此必须要保证前轮转动及跳动时的最大极限空间，因此设计者会根据选定的轮胎型号尺寸用“车轮跳动图”来验证翼子板的设计尺寸。后翼子板无车轮转动碰擦的问题，但出于空气动力学的考虑，后翼子板略显拱形弧线向外凸出。现在有些轿车翼子板已与车身本体成为一个整体，一气呵成。但也有轿车的翼子板是独立的，尤其是前翼子板，因为前翼子板碰撞机会比较多，独立装配容易整件更换。有些车的前翼子板用有一定弹性的塑性材料(例如塑料)做成。塑性材料具有缓冲性，比较安全。
