1) tower equipment design
塔设备设计
1.
In this paper, based on Authorware and VC + + , the applied software of multimedia CAI for the tower equipment design is developed.
该软件以其完善的界 面设计和动态计算,产生传统方式无法达到的效果,更适合于塔设备设计的教学。
2) Tower
[英]['taʊə(r)] [美]['tauɚ]
塔设备
1.
Calculations of the Self-Vibrating Cycle of Vertical Towers;
直立塔设备自振周期的计算方法
2.
Because the wind pressure height coefficient and wind pressure pulsation coefficient continuously vary with the height of the tower, the author has derived a formula for finding bending moment of wind load acting upon a prismatic tower by integration method.
由于风压高度变化系数和风压脉动系数沿塔高连续变化,因此,可利用积分求解方法得出等截面塔设备风弯矩计算公式。
3.
According to the load condition of tower under the wind and ice storm,the mechanical model was modified.
根据塔设备实际载荷情况,修正了暴风雪情况下工作载荷的力学模型。
3) Tower equipment
塔设备
1.
Discussion on the optimal design of the process and non-standard tower equipment for the drying of chlorine;
浅谈氯干燥工艺流程和非标塔设备的优化设计
2.
Dynamic simulation of tower equipment with OpenGL;
用OpenGL实现化工塔设备的动态模拟
3.
This paper studies the application of database techniques in the development of CAD system for tower equipment,where microsoft access is used as database to store the results of designing and the parameterized drawing,thus ensuring the connection among modules and the realization of parameterized drawing function.
介绍数据库技术在塔设备CAD系统开发中的应用。
4) tower-type equipment
塔型设备
1.
It is often considered in tower-type equipment and its foundation design that the resonance of the tower in the direction perpendicular to wind is negligible.
在落地塔型设备及其基础设计中,人们往往认为发生横风向共振的可能性小,没有考虑横风向风荷载。
5) Column
[英]['kɔləm] [美]['kɑləm]
塔设备
1.
In this article, through the strength check of the typical column, some problems met in reusing the idle equipment were discussed.
本文通过典型塔设备的强度核算 ,对已停产的设备需重新利用时应考虑的问题作一些探讨。
2.
This paper shows that a column should be considered as a rigid body in the wave field when its height is far less than the wave length in earthquakes.
本文指出：在计算塔设备的地震载荷时。
6) column equipment
塔设备
1.
A fuzzy method of column equipment evaluation is described for selecting mass transfer component in industry.
利用易于准确得到的四个工业数据 ,对塔设备性能进行模糊综合评判 ,可得到较为准确的定量评价结果 ,为工业塔传质元件的选择提供理论依
补充资料：锅炉、压力容器、压力管道及特种设备设计监察
锅炉、压力容器、压力管道及特种设备设计监察
supervision on design of boilers,pressure vessels, pressure piping and special equipment
guolu扣11 rongqi yali gLJan改刃11 teZ卜幻ng shebei shejii心neho锅炉、压力容器、压力管道及特种设备设计监察(supe州sion on designof俪le、，pI’essu，vessels，p代治~加ping ands侧沈iale甲lipment)为保证锅炉、压力容器、压力管道及特种设备的安全质t，按照国家有关法律、法规对其设计环节实施强制性的监督检查。锅炉、压力容器、压力管道及特种设备是在特殊的条件下运行和使用，如果设备的设计存在缺陷，则会留下隐患，引发事故，造成巨大的经济损失和人员伤亡。为保证设备安全，设备的设计应满足以下墓本要求:设备的结构必须合理;设备的强度(包括稳定性)必须满足安全要求，并有足够的安全裕度;设备的材料必须与其使用的条件(如温度、湿度、酸孩性、冲击、摩擦或冲刷工作条件的波动)相适应;设备必须有相应的安全防范措施。为保证设计质l，设计单位的设计工作必须执行锅炉、压力容器及特种设备安全监察机构及有关部门制定的规范和标准。按照设备的类型，设计监察有两种方式:对设计单位进行资格认可;对设计图纸进行审批。设计监察由锅炉压力容器安全监察机构或其委托的有资格的检验单位实施。 (陈亦惠)
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