2) super-high pressure vessel
超高压容器
1.
A new type structure of wire wound super-high pressure vessel was presented.
提出了一种新型绕丝式超高压容器的结构,并对其进行了应力状况分析,推导出了绕丝层的应力计算公式。
2.
This article describes the Shigley approximation method in the fatigue design of the super-high pressure vessel for Fuyang Project.
阐述Shigley近似法在富阳超高压容器疲劳设计中的应用。
3) ultrahigh pressure vessel
超高压容器
1.
There is localized discontinuation in the structure of ultrahigh pressure vessel,so the stress concentration was caused.
超高压容器在结构上存在局部不连续 ,因而引起应力集中。
4) super high pressure vessel
超高压容器
1.
The pre-tensile stress in wire layer of new type wire wound super high pressure vessel was analyzed,and yielding stress calculation of the wire layer was been formularized.
对新型绕丝式超高压容器的缠绕钢丝层进行了预应力分析,推导出了钢丝层在预紧状态下的屈服压力计算公式,对进一步探讨和研究超高压容器的性能具有一定参考价值。
5) Ultra-high pressure vessel
超高压容器
1.
Ultra-high pressure vessels are widely applied in the fields and industries of chemical, petrochemical, artifical crystal, compound diamond, isometrical hydrostatics treatment, ultra-high hydrostatics extrusion, powder metallurgy, material moulding, physical geography, geologic mechanism etc.
超高压容器广泛运用在化学、石化、人造水晶、合成金刚石、等静压处理、超高静液压挤压、粉末冶金、金属成型、地球物理和地质力学等行业或领域。
2.
As high-risk apparatus, ultra-high pressure vessel and pipes are widely used in ethylene polymerization, synthesis of manmade quartz and diamond, static pressure treating, ultra-high static pressure extruding, powder metallurgy, metal forming, geophysical and geomechanics research.
超高压容器和管道作为高风险设备，广泛应用于乙烯聚合、人造水晶、合成金刚石、等静压处理、超高静液压挤压、粉末冶金、金属成型、地球物理和地质力学研究。
3.
According to the provision of national regulation,ultra-high pressure vessel(the pressure vessel of design pressure≥100MPa) must setup the blast sheet,but all the company have not set it.
国家规程规定超高压容器(设计压力≥100MPa的压力容器)应当装设爆破片,但长期以来使用单位均不装设。
6) super-high pressure sealed container
超高压密封容器
1.
Aiming at high cost of entity experiment of the large super-high pressure sealed container, the paper applies ANSYS software to analyze the 3-D location of the large super-high pressure sealed container and gives their maximum stress respectively under different press.
针对大型超高压密封容器实体试验成本过高的缺点,本文运用ANSYS软件对大型超高压密封容器开孔进行了三维有限元分析,得出了各开孔在不同气压下的最大应力值,绘制了各开孔相应的危险路径并依照ASM E锅炉及压力容器规范进行了强度评定,计算结果表明结构是安全的,这为生产单位提供了详实、可靠的设计数据,也为大型超高压密封容器设计提供了一种新方法。
补充资料：中压容器
分子式：
CAS号：
性质：设计压力大于或等于1.6MPa且小于10MPa的压力容器。中压容器在化工生产上应用极广，如合成氨生产中使用的水洗塔、液氨贮罐等外壳。
CAS号：
性质：设计压力大于或等于1.6MPa且小于10MPa的压力容器。中压容器在化工生产上应用极广，如合成氨生产中使用的水洗塔、液氨贮罐等外壳。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条