该软件适用于钢制压力容器焊接工艺评定的各项管理工作。
This software applies to manage welding procedure qualification for steel pressure vessels.
介绍了GB150《钢制压力容器》材料方面的部分修订内容。
It also introduces the partial revised contents of the material parts in GB150 "Steel Pressure Vessels".
这些燃料棒就是反应堆的核心，它位于水中，并包裹在厚厚的钢制压力容器中。
The reactor core which includes these rods, and the water it sits in, are contained within a thick steel pressure vessel.
本文介绍了采用大功率深穿透激光焊接不锈钢制压力容器管子—管板环缝的试验结果。
This paper introduced the experiment of applying high power, deep penetration laser welding stainless steel tubes-tube plates.
通过对GB 1 5 0- 89《钢制压力容器》焊缝系数的分析，提出了一些见解。
Some Suggestions were introduced in this paper, based on GB150-89 "steel pressure Vessel" seam coefficient's analysis.
设备容器设计执行《压力容器安全监察规程》“第三章设计”和GB150《钢制压力容器》。
Design of equipment and container: Chapter 3, Safety Monitoring Specification for Pressure Vessel; GB150, Steel Pressure Vessel.
在GB 150—1998《钢制压力容器》标准上建立矩形截面容器筒体壁厚和刚性外加强圈的优化设计模型。
Based on GB 150-1998, a mathematical optimum design model of wall thickness and exterior strengthen structure for rectangular pressure vessel was established.
剖析产物主体资料地焊接性，分离钢制压力容器规程JB/T 4709-2000拟定产物各个焊接接头地焊接计划。
Analysis of products of the main welding materials, combined with steel pressure vessel regulations JB / T 4709-2000 developed products in various welded joints of welding programs.
不锈钢复合钢制压力容器相对纯不锈钢压力容器便宜很多，又能起到相同的耐腐蚀作用，因此在石油化工行业中被广泛应用。
As pressure vessels made of stainless clad steel plates are much cheaper and have the same role of anti-corrosion, compared with those made of stainless steel plates, the former are used widely.
基于钢制内压容器静强度在最苛刻压力试验条件下的可靠度分析，建立了统一确定钢制压力容器试验压力的模糊可靠性理论。
Based on the reliability analysis of steel pressure vessels under the harshest condition, the fuzzy reliability theory of determining the testing pressure of steel pressure vessels is established.
根据GB150—1998钢制压力容器中整体法兰中的应力校核原则，采用优化设计方法中拉格朗日乘子法，进行最小质量的优化计算。
According to the stress check criteria of the integral flange stipulated in GB150-1998 steel pressure vessels, optimum design of the integral flange is made by Lagrangian method.
结果表明，焊接接头的应力不均匀性和不确定性是影响钢制压力容器安全性的关键，采用加载法可以有效地改善这种非均匀应力分布状况。
The test shows that the non-equality and unknown stress distribution of weld joint, which can be promoted by extra-load, is the key to make sure the steel pressure vessel for safety.
文章介绍了一例各部分金属温度不同的压力容器的设计，其设计思想符合GB150- 1998《钢制压力容器》中第3.5.2条的规定。
Introduce a design instance of pressure vessel with nonuniform temperature distribution. The design meets the rules in Item 3.5.2 of GB150-1998 "pressure vessel in Steel".
轧模机上有隆起的钢制滚筒，用来压制印模或印板锅炉及压力容器安全。
A steel roller bearing a raised design, used for making a die or a printing plate by pressure.
压力容器采用特种钢制作，并经先进的X光探伤与高压测试。
Pressure Vessels used Special steel products production, And the X-ray flaw detection with advanced high-pressure test.
压力容器采用特种钢制作，并经先进的X光探伤与高压测试。
Pressure Vessels used Special steel products production, And the X-ray flaw detection with advanced high-pressure test.
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