1) thick wall
厚壁
1.
The author analyzed the reasons for the collapse hole,contracted hole and wrinkle resulted in DB941 series of the emission tubes with the thick wall which were made from 95%Al2O3 porcelain,and put out the measures to solve them,which meets the needs of the production.
对用95%A l_2O_3瓷制厚壁发射管D B941系列产品会造成塌坑、缩孔、皱纹等缺陷进行了分析,并探索其产生的原因,提出了解决的方法,满足了生产所需。
2.
A type of thermal rotary extruding technology,which is used for shaping thick wall seal heads,was studied and tested.
研究并试验了厚壁封头成形的热旋加工工艺 ,摸索出适宜的加热方式和加热部位 ,选择出合适的加热温度区域 ,从而对提高封头旋压机的生产能力 ,改善封头成形质量 ,提高成形效率 ,提供了可靠的科学依据和方法。
3.
The drawing process of thick wall semi spherical heads is analyzed through dividing the billet into four regions.
针对厚壁半球形封头的拉深成形 ,将板坯分成 4个区域 ,根据每个区域的应力分布特点 ,对每个区域的壁厚变化规律做了理论上的推导与计算 ,并将理论计算值同有限元模拟结果比较 ,得到了很好的效
2) thick leg
厚壁
1.
The ductility analysis of R.C.shaped columns with thick leg;
影响厚壁异形柱的延性性能因素分析
2.
Study the worst loaded angle of RC T-shaped columns with thick leg;
厚壁T形柱最不利荷载角的确定
3) thick walls
厚壁
1.
A method of automatic ultrasonic detection for tubes with thick walls are introduced.
介绍了厚壁承压无缝钢管超声波探伤方法,自动化探伤中探头的扫查设计,以及采用该方法开发的钢管自动探伤设备的实用效果。
4) thickness
[英]['θɪknəs] [美]['θɪknəs]
壁厚
1.
The Systemic Identification of Ultrasonic Measurement on Thickness under the Condition of Occurring Stochastic Movement;
运动条件下超声波壁厚测量的系统辨识
2.
Selection of Calculation Method for Wall Thickness of Cylinder Body in Pressure Equipment;
承压设备圆柱形筒体壁厚计算方法的选择
3.
Feasibility and Necessity of Reducing the Thickness of Steel Pipe Jacking with Large Diameter;
减小大口径顶管钢管壁厚的可能性与必要性
5) wall-thickness
壁厚
1.
Analysis of the stress and wall-thickness on stamping-expanding of connoid thin-walled cylindrical-tube workpiece;
薄壁圆管件锥面型冲压扩口的应力与壁厚分析
2.
The Research of Instrument for Measurement of Wall-thickness and Wall-thickness Difference of Thin-wall Parts of Variation Curvature Revolving Body;
变曲率回转体薄壁零件壁厚及壁厚差测量仪的研究
3.
Designing and making a liquid plastics locking mechanism involves a key problem of selecting a reasonable wall-thickness of the elastic sleeve.
在液性塑料锁定机构设计制造中确定一个合理弹性套薄壁壁厚是关键之一，作者针对原计算公式的缺陷通过较全面的理论分析和计算推导得出确定弹性套薄壁壁厚的方法和计算公式，从而满足了结构设计要求。
6) wall thickness
壁厚
1.
Influences of the cross section structure and wall thickness of PVC profile materials on its minimum destructive force of welding angle;
PVC-U型材断面结构及壁厚对其焊接角最小破坏力的影响
2.
Model of wall thickness of the part formed by single-pass laser cladding;
激光单道熔覆成形的金属零件壁厚模型的研究
3.
Material Choice and Wall thickness Determination of the Oxidizing Tower of the Blowing Asphalt Unit;
氧化沥青装置氧化塔材质的选择及壁厚的确定
补充资料：厚壁容器
分子式：
CAS号：
性质：筒体外径与内径之比大于1.2(或壁厚与筒体内径之比大于0.1)的容器。承压时筒身处于三向应力状态，其中周向应力和径向应力沿壁厚分布不均匀。按绝对值大小比较，周向应力为最大，并且其不均匀程度随着壁厚的增加而增加。各向应力值按拉美公式进行计算。如常用的高压或超高压容器。
CAS号：
性质：筒体外径与内径之比大于1.2(或壁厚与筒体内径之比大于0.1)的容器。承压时筒身处于三向应力状态，其中周向应力和径向应力沿壁厚分布不均匀。按绝对值大小比较，周向应力为最大，并且其不均匀程度随着壁厚的增加而增加。各向应力值按拉美公式进行计算。如常用的高压或超高压容器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条