1.
Reliability Safety Factor of Steel Thin-wall Internal Pressure Vessels based on Information Entropy Theory
基于信息熵的薄壁内压容器安全系数
2.
FUZZY STATIC STRENGTH RELIABILITY OF THINNESS STEEL WALL INTERNAL PRESSURE VESSELS BASED ON INFORMATION ENTROPY
钢制薄壁内压容器模糊静强度的可靠度
3.
Researching on External Pressure Test Pressure Coefficient of External Pressure Vessels
薄壁外压容器外压试验压力系数研究
4.
The Influence of Intricate Edge of Welded Seams in Thin-walled Pressure Vessels on Strength
薄壁压力容器焊缝错边对强度的影响
5.
A Method for Measuring Pressure of Thin-Walled Vessels Based on Surface Wave;
基于表面波的薄壁容器压力测量方法
6.
Measurement of surface temperature and pressure of thin-walled vessels based on Rayleigh wave
基于Rayleigh波的薄壁容器温度与压力测量方法
7.
Research on Buckling Critical Strength Reliability of Steel Thin Wall External Pressure Vessels
薄壁外压容器临界失稳强度可靠度的研究
8.
Nomography Design and Analytical Formula Method of the Design of Thin-wall External Pressure Vessels
薄壁外压容器设计的图算法与解析公式法
9.
STABILITY FUZZY RELIABILITY OF STEEL THIN-WALL EXTERNAL PRESSURE VESSELS
钢制薄壁外压容器稳定性的模糊可靠度
10.
Optimum Design for the Shell Vessel--Railway Charge Can
薄壁容器——铁路散装货罐体的优化设计
11.
Thin-walled Tube with Small Radius and Internal Medium Pressure Forming Technique
薄壁小半径弯管与中压内胀成形工艺
12.
Stress Analysis on New Pressure Vessel with Thin Inner Shell Cross-Helical Wound Shaped Steel
新型薄内筒型钢带啮合错绕压力容器的力学分析
13.
Safety Assessment for Featheredged Sleeve Press-Ure Vessel Containing Pit Defects and Research for Fatigue Life of Numerical Simulation;
含凹坑缺陷薄壁圆筒形压力容器的安全评定以及疲劳寿命的数值模拟研究
14.
One type is a glass vessel having the outer wall of the fluid container and the inner wall of the outer container silvered.
一类是玻璃容器，其流体容器的外壁和外部容器的内壁都镀上银。
15.
A wall, septum, or other separating membrane in an organism.
隔膜器官内的壁、隔膜或其它隔离薄膜
16.
Principal Linear Optimization of Nonlinear Surface s Carrying Capacity in Shell-Containers;
薄壁容器中非线性曲面承载能力的最优线性化
17.
Welding of Large-scale Thin-walled Container Made by Austenitic Stainless Steel
大型薄壁奥氏体不锈钢塔式容器的焊接
18.
A liquid presses on the sides and on the bottom of the container in which it rests.
液体压迫其所在容器的四壁和底部。