1) shortness[英]['ʃɔ:tnis] [美]['ʃɔrtnɪs]
矮
2) chunky[英]['tʃʌŋki] [美]['tʃʌŋkɪ]
矮矮胖胖
3) short stature
矮小
1.
Etiologic investigation of children with
short statureapplying rhGH in Harbin;
哈尔滨地区应用重组人生长激素治疗儿童矮小的病因学调查
2.
Etiologic analysis of 617 children with
short stature;
儿童矮小617例病因分析
4) short pier
矮墩
1.
500 kN for each step,as to realize reasonable internal force and position variation of the short pier,and in the meantime ensure the st.
施工方案为:合拢中跨前利用千斤顶在每个腹板形心处向边跨方向顶推1500 kN的力,顶推时对称逐级加载,每级加500 kN,以实现矮墩的合理内力和变位,同时也保证各主要施工阶段0#块的受力不超出规范允许值。
5) low pylon
矮塔
1.
Stay cable construction technology of the
low pyloncable-stayed bridge;
矮塔斜拉桥斜拉索施工技术
6) low tower
矮塔
1.
Based on the influence matrix of cable force of cable-stayed bridge, this paper presents the optimum model for cable force of low towercable-stayed bridge with taking minimum structural strain energy as target function, gives some reference values in combination with optimum analysis of cable forces of Xiaoxihu Yellow River Bridge in Lanzhou and Yinghu Bridge in Xiamen.
本文在斜拉桥索力影响矩阵的基础上,以结构应变能最小为目标函数,建立了矮塔斜拉桥索力优化模型, 并结合兰州小西湖黄河大桥及厦门银湖大桥进行索力优化分析,得出了一些具有一定参考价值的结论。
2.
According to the structural responses of two span cable-stayed bridge with a single tower under live load, a conception of 搕he influence degree of cable load effect?is put forward and used to quantitatively analyze real function of cables of cable-stayed bridge with low towers.
结合一独塔两跨斜拉桥活载作用下的结构反应,引入“斜拉索荷载效应影响度”的概念定量分析了矮塔斜拉桥斜拉索作用的实质,并据此提出能综合反映矮塔斜拉桥结构及受力特征的参数“矮塔斜拉桥特征参数”;用“斜拉索荷载效应影响度”与“矮塔斜拉桥特征参数”的相关性定量描述矮塔斜拉桥的特点,对进一步认识矮塔斜拉桥的结构性能有一定的参考意义。
补充资料:矮笔花豆(townsville stylo)