1.
Evaluation of pressurized cylindrical shell damage induced by high energy laser irradiation(Ⅰ)--Analysis of rupture probability
激光辐照充压壳体的破坏评价(Ⅰ)——破坏概率分析
2.
Evaluation of pressurized cylindrical shell damage induced by high energy laser irradiation(Ⅱ)--Distribution feature of fracture parameters subjected to local thermal loading
激光辐照充压壳体的破坏评价(Ⅱ)——局部热载作用下断裂参数的分布特性
3.
Characteristics of the frequency dispersion in cylindrical shells filled with fluid considering hydrostatic pressure
考虑流体静压时充液圆柱壳的频散特性分析
4.
Input Vibration Power Flow in Fluid-filled Cylindrical Shells Considering Hydrostatic Pressure
考虑流体静压时充液圆柱壳的输入能量流特性
5.
Numerical Simulation of AZ91D Motorcycle Engine Shell during Liquid Die Casting Filling Process;
AZ91D摩托车发动机壳体液态压铸充填过程数值模拟
6.
Filling Process Simulation of Die-casting and Performance Study
罩壳压铸件充型过程模拟及性能研究
7.
hydraulic oil pump driving device housing
液压油泵传动装置壳体
8.
Enclosure Gel filled, ultrasonically welded, high density ABS housing.
附胶体填充，超声焊接，高密度abs外壳。
9.
Influence of Temperature on the Gap between Concrete and Steel Liner in Spiral Casing Structure;
温度对充水保压蜗壳结构蜗壳与外围混凝土间隙的影响
10.
Optimal Analysis on Preloading Filling Scroll Case Structure of Large Hydropower Stations;
大型水电站充水预压蜗壳结构优化分析研究
11.
Numerical simulation of HPDC process for thin-walled magnesium alloy component
镁合金薄壳压铸件充型凝固与热应力数值分析
12.
Simulation and analysis of the constant internal pressure spiral case with non-uniform gap
基于非均匀间隙的充水保压蜗壳施工仿真分析
13.
Test of Surrounding Concrete of Steel Spiral Case Keeping Constant Internal Water Pressure in Pubugou Hydropower Station
瀑布沟水电站充水保压蜗壳结构模型试验
14.
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
15.
Extrusion Deep-hole in Power Steering Case
汽车动力转向器壳体深孔的光整挤压
16.
Finishing Technology of Large Diameter Blind Holes in Hydraulic Oil Tank Case
液压油箱壳体大盲孔的光整加工技术
17.
The Experimentation Study of the Low-pressure Foundry Techniques of the Hull Castings;
壳体类铸件的低压铸造工艺试验研究
18.
Comparative Investigations of Thermodynamic Properties of MgO with Shell-model MD Simulations at High Pressures
氧化镁晶体高压物性的壳层模型研究