壳体

模流分析软件在壳体注射模设计中的应用

The Model Stream Analyses a Software Injecting Model Application in Designing that in Monoblock

固体火箭发动机壳体/绝热层界面缺陷的声-超声检测

Acousto-ultrasonic detection for interface defect between case and insulation of SRM

带肋壳体浅圆仓的试验和FEM分析

The Testing and FEM Analysis of the Shell Squat Silo with Ribs

最后采用实验和数值模拟的方法研究PVC壳体的破碎行为和破碎方式。

Finally shell fragment was studied by experiment and numerical simulation .

舵机壳体类零件CAPP系统的开发

Development of CAPP System for Actuator Housing

为满足弹头质量增加的需要，在设计方案A的基础上研制了B壳体，但B壳体在试验中发生了低压爆破。

Case B was redesigned based on Case A in order to meet the needs of enhancive warhead mass , but it burst under low pressure .

基于爆破试验的CFRP固体火箭发动机壳体的可靠性设计

Reliability design of CFRP solid rocket motor vessel based on the burst experiment

利用取自冲绳海槽北部的80个表层沉积物样品，对其中的放射虫壳体进行了定量分析研究。Q型因子分析得到3个主因子，方差累积贡献为90.2%；

Quantitative analysis of radiolarians was carried out for 80 surficial sediment samples collected from the northern Okinawa Trough .

HIV-1壳体蛋白的结构及其病毒样颗粒疫苗

The Structure and Virus-like Particle Vaccine of the HIV-1 Capsid Protein

只要将水泵壳体座52~（+0.03）mm孔按水泵衬座外径尺寸镗至55~（+0.06）mm，即可换装改进后的密封。

The water pump liner seat of 55 ~ + ( 0.06 ) mm outside diameter should be bored to install the modified seal .

本文对GIS壳体材料国产化筛选、工艺性研究，润滑油的开发、工装及翻孔机的研制等实用技术，作了系统的介绍。

This treatise makes systematical description about domestic material option , process , lubricant application , processing equipment development and some experience for GIS enclosure hole making .

结果表明：使用圆形开孔、增加PCB板尺寸都能有效增加壳体屏蔽效能。

The results show that using the circular slot and increasing PCB board size can effectively increase the shielding effectiveness .

介形类壳体中Sr/Ca及Mg/Ca比值的ICP-AES测定

Determination of sr / ca and mg / ca ratios in ostracod shells with inductively coupled plasma atomic emission spectrometry

文中采用ANSYS软件提供的非线性有限元技术，分别模拟内压、接管横向、纵向弯矩作用下补强圈与圆柱壳体间的接触行为。

In this paper , contact behavior between the reinforcement pad and shell was simulated by nonlinear finite element technology provided by the software of ANSYS .

层合壳体结构分析的分片Ritz法

Analysis of laminated shell structure using piece-wise Ritz procedure

基于Kármán-Donnell型非线性壳体方程，给出带压电作动器混合层合圆柱曲板在机械荷载、电荷载和热荷载作用下的后屈曲分析。

A compressive postbuckling analysis is presented for a laminated cylinderical panel with piezoelectric actuators subjected to the combined action of mechanical , electrical and thermal loads .

通过等刚度置换原则，探讨了采用FRP设计汽车壳体并达到金属壳体的性能和要求。

By the principle of equal-rigidity substitution , the design of the automobile shell with FRP is explored and the performance and requirement of the metal shell can be achieved .

利用C20系列可编程序控制器对微电机加工制作中的定子铁心、电机壳体TIG自动焊接实现过程程序控制。

Programmable controller C20 is used in the program control of TIG automatic welding on manufacturing micro motor shell and stator core .

GIS内部故障电弧会导致壳体熔融甚至烧穿，电弧能量会使SF6气体温度升高从而导致压力升高致使壳体塑性变形甚至爆炸。

GIS internal fault arcs cause shell in molten state or burn out . Arc energy will make temperature and pressure of the SF6 gas increase , causing shell plastic deformation even explosions .

笔者提出了计算工艺件壳体重心求解压力中心的方法，在CATIA平台上实现了冲模压力中心的快速定位，操作简单方便，工作效率较高。

Taking use of computing of shell body barycenter , a stamping die pressure center locating module is implemented on CATIA system with convenient operation and higher efficiency .

本文为生产特种薄壁加筋结构包装箱而设计、制备了混凝土加固玻璃钢RTM模具。运载火箭薄壁加筋壳体的结构优化

A pair of mold is designed for the package case with thin wall and rib by RTM process . Structural Optimization of Thin-Wall Stiffener Reinforced Cylinders for Launch Vehicles

介绍了先进的鲁奇炉代表型MARKⅣ/4型φ3800mm鲁奇式加压气化炉壳体的焊接工艺及相关要求。

The welding procedure specification and the concerned requirement for the shell of 3 800 mm pressurized gasifier with the advanced - MARK IV / 4 type is introduced .

介绍了60t／h增压流化床锅炉压力壳的设计结构、锅炉本体的悬吊方法、壳体上局部载荷区的加强、有限元应力计算以及制造工艺特点。

The design structure of pressure vessel , suspension of boiler proper . strengthen of local load area on shell , FEA calculation and manufacture of 60 t / h PFBC are described in the paper .

测量了圆柱壳体的周向应变及残余变形，其残余变形形貌与Lindberg发表的实验结果相似。

Circumferential strain and permanent deformation are recorded , which are close to the experimental results reported by Lindberg .

分析表明：化学一次起爆FAE装置，燃料出壳体后2ms达最大运动速度。

Analysis of these data shows : the maximum speed , was achieved in 2 milliseconds after the fuel went of shell , higher dispersion velocity were obtained in all tests .

介绍特种工程塑料聚砜（PSU）的特性，采用注射成型工艺制备了碱性蓄电池壳体、壳盖。

The characteristics of particular engineering plastics polysulfone ( PSU ) are presented , and the PSU shell body and cover of alkaline storage battery are formed by injection molding .

通过对比分析，壳体的锶同位素及元素比值能忠实的记录其宿生水体的化学性质，其87Sr／86Sr和Rb／Sr值的变化也反映了流域所经历的化学风化过程。

The strontium isotope and element variation can preserve the chemical properties of paleo-lake water body . Meanwhile the 87Sr / 86Sr and Rb / Sr variation reflected the chemical weathering process of the drainage area .

基于一般壳体理论和Reddy型剪切精化理论，发展出适用于充气轮胎自由振动分析的曲面壳模型。

A Doubly-Curved Shell Model is presented to analyze free vibrations of pneumatic radial tires based on the general shell theory and Reddy type refined theory with higher-order shear deformation .

用ADAMS和NASTRAN软件分析计算了飞轮壳、离合器壳、变速器壳之间连接螺栓的受力、动力和传动系总成振动模态以及3壳体的强度。

Stresses of connecting bolts between the flywheel house and the clutch house and between the clutch house and the transmission case , vibration modes of the powertrain , strength of the three cases are calculated with ADAMS and NASTRAN software respectively .

在对基于CAE数值模拟结果的两种设计方案说明的基础上将神经网络设计方法引入到铸造数值模拟结果的分析处理过程，构建壳体铸件低压铸造工艺设计优化模型；

After the description of two kinds of design projects based on CAE simulation results , ANN-Optimization design was used to optimize CAE simulation results of casting process . And then the technological design optimization model of shell casting by low pressure die casting process was constructed .