1) stern flap
尾板
1.
Power performance investigation on a high-speed surface warships with a stern flap by sea trials;
排水型舰船加装尾板实船试验研究
2.
Energy saving mechanism of stern flap installing on the high speed displacement ship;
高速排水型舰船加装尾板的节能机理
3.
Based on current methods, a modified numerical method, which meets the kinematic and the dynamic conditions at transom stern or stern flap, has been developed in this paper according to the characteristics of transom stern flow.
本文在分析现有方艉船流动数值解法的基础上 ,针对方艉流动的特征 ,通过满足方艉处的运动学和动力学条件对数值方法进行改进 ;该方法可用于方艉船尤其是方艉船后加装尾板的船舶的兴波模拟 ;理论计算与模型波型测试数据的比较表明 ,该方法有较强的实用
2) Clamping moulding board
尾板
1.
Clamping moulding board is important component of die cast machine.
尾板是压铸机合锁模机构中的关键零件,其刚度不仅关系到所加工零件的精度,而且直接影响到相关运动副乃至设备的寿命。
3) flap
[英][flæp] [美][flæp]
尾板
1.
Vibration characteristic analysis of displacement square tail ship with or without flap;
排水型方尾船加装尾板前后振动性能分析
2.
The total vibration characteristic and stem vibration responds of one type displacement square tail ship, with and without flap, are analyzed and compared by the large general-purpose finite element method software and boundary element method in hydrodynamics.
采用大型通用有限元分析软件和流体边界元方法,对某排水型方尾船加装尾板前后的总体振动特性和尾部振动响应进行了分析计算和比较,得出了加装尾板对该型船总体振动特性和尾部振动响应影响很小的结论。
4) tailboard
[英]['teɪlbɔ:d] [美]['tel'bɔrd]
尾板
1.
The experiment was investigated on the exit flow fields of compressor cascades with normal straight, positive leaned, positive curved, negative curved, and S type curved blades with tailboard at zero incidence.
进行了带尾板的由常规直叶片、正倾斜叶片、正弯曲叶片、反弯曲叶片、S形叶片组成的 5种矩型压气机叶栅在低速风洞上的实验研究 ,测量了叶栅出口流场 ,分析了零冲角下不同叶片弯曲形式对叶栅出口总压损失分布情况和主流速度的影响 。
2.
The influence of tailboard on the exit flow fields of compressor cascades with normal straight, positive and negative curved blades were investigated at zero incidence.
进行了带尾板的常规直叶片、正弯曲叶片、反弯曲叶片组成的三种矩型压气机叶栅在低速风洞上的实验研究，测量了叶栅出口流场，分析了零冲角下尾板对叶栅出口能量损失分布情况和二次流速度矢量的影响。
5) joint bar
鱼尾板;鱼尾板
6) fish plate
鱼尾板
1.
Theoretical and experimental analysis of damping fish plate at rail joint;
钢轨接头减振鱼尾板理论与试验分析
2.
A seriously decarbonised layer that is easy to the initiation of the crack is found at the surface of the chinese made fish plate by metallograpy.
本文通过对鱼尾板断裂的分析，表明鱼尾板断裂为微动磨损疲劳机制。
