1.
IRRADIATION DAMAGE CALCULATION OF PWR PRESSURE VESSEL AND ANALYSIS OF CROSS SECTION SENSITIVITY
压水堆压力壳辐照损伤计算和截面敏感性分析
2.
Study on Press Control System of Axlehousing Hydroforming Processing;
汽车桥壳液压胀形压力控制系统研究
3.
New Generation Tellus Product Brochure
新一代壳牌得力士液压油产品手册
4.
Extrusion Deep-hole in Power Steering Case
汽车动力转向器壳体深孔的光整挤压
5.
Buckling capacity optimization of cylindrical shell with rectangle stiffeners under uniform axial compression
矩形加筋圆柱壳轴压屈曲承载力优化
6.
OPTIMIZATION OF PRESSURED SHELL STRUCTURE DESIGN FOR LARGE SCALE AMMONIA CONVERTER
大型氨合成塔压力外壳结构设计优化
7.
Numerical Simulation of Pressure Fluctuation and Radial Force in a Double Volute Pump
双蜗壳泵压力脉动特性及叶轮径向力数值模拟
8.
Numerical solution to elastic dynamic buckling of cylindrical shells under axial compression wave
轴向压应力波下圆柱壳弹性动力屈曲数值解法
9.
Reliability Design of Pressure Vessel and Its Application on Solid Rocket Motor Vessel
压力容器壳体的可靠性设计及在固体火箭发动机壳体上的应用
10.
The stresses and strarns of cylindrical spherical and paraboloid shells can be solved when the drawing unsteadiness happen.
文中就圆柱壳形、圆球壳形、抛物线壳形封头等压力容器的失稳状态，分别求出它们的应力和应变。
11.
The overlying burden of the crust and mantle creates average pressures in the core two million times that at the planet's surface.
地壳和地函的重量，使地核内的平均压力高达地表压力的200万倍。
12.
DYNAMICS RESPONSE CONTROL MODEL OF THE PIEZOELASTIC LAMINATED CYLINDRICAL SHELL UNDER HYDROSTATIC PRESSURE
考虑静水压力的压电弹性层合圆柱壳动力响应的控制模型
13.
Some people have thought that the heat is caused by the great pressure of the earth's crust
一些人认为热量来自地壳承受的巨大压力，
14.
A Pressure Prediction to the Typical Point on the Front Cup of APDS Projectile
脱壳穿甲弹弹托前腔特征点的压力估算
15.
ANALYSIS ON DYNAMICS RESPONSE OF THIN SHELL CYLINDRICAL STRUCTURE IN THE WATER PRESSURE BLASTING
水压爆破圆柱薄壳结构物的动力响应分析
16.
Experimental study circumferential weld residual stress of submarine pressure hull
潜艇耐压壳环焊缝焊接残余应力模拟实验研究
17.
Three-dimensional Finite Element Method Calculation for Furnace-can of Vacuum Add-pressure and Gas Quenching Furnace
真空加压气淬炉炉壳应力的三维有限元计算
18.
Research on Fatigue Failure of Reverse Vaulted and Notched Thin Metallic Shell under Uniform Pressure;
均匀压力下反拱带槽金属薄壳的疲劳特性研究