tubesheet
英
美
网络 管板; 管端板
双语例句
- Advance Study on Finite Element Analysis for the Fixed Tubesheet Stress of Heat Exchanger
换热器固定管板有限元应力分析的进一步研究 - Study on the Mechanism of Mild-Soft Sheet Metal Forming and the Method of Avoiding Crack; Ablation& Corrosion to Carbon Heat Exchange Tubes and Tubesheet in HP Heater
低碳钢板冲压成形机理及避免开裂的方法研究高压加热器碳钢换热管及管板的冲蚀和腐蚀 - Destructire test was carried out on the cold spinning tubesheet, and the effect of the cold spinning process to properties of the tubesheet were discussed.
对经冷旋压成形的挠性平管板进行了破坏研究试验，分析冷旋压对其力学性能的影响。 - Research on Welding Process of Duplex Stainless Steel Tube to Tubesheet Made of 316L
双相不锈钢换热管与316L管板焊接工艺 - Common Problems in Welding Joint of Tubesheet and Tube for Heat Exchanger
换热器管板与换热管焊接常见质量问题的防止 - Study on positional alignment error of tubesheet workpieces 'tube holes produced with NC machine by coordinate method
用坐标法在数控机床上加工管板类工件的管孔位置度误差研究 - Finite Element Analysis of Tubesheet in Fixed Tubesheet Heat Exchanger
固定管板式换热器管板强度的有限元分析 - The implementation on shaped tubesheet of evaporator based on ANSYS optimization design
基于ANSYS优化设计的蒸发器异型管板工程图的实现 - Research on Mechanical Behavior of Self-Tight Seal Tubesheet for U-Tube Heat Exchanger
自紧密封U型管式换热器管板的力学行为研究 - Experimental Study when Expanded Joint of Tubesheet in Heat Exchanger Pulls Out in High Temperature
中温热管空气换热器的模拟优化研究换热器管板胀接接头高温下拉脱实验研究 - Study on numerical simulation of tubesheet structural residual contact stress in considering adjacent tube effection
管板结构残余接触应力的数值模拟研究 - Expanding or welding of tube with tubesheet
管子与管板焊接的主要参数 - Tube and Tubesheet Design Methods for Tubular Heat Exchanger with a Central Pipe; Experimental Study on the Efficiency of Cross and Counter Flow Plate Type Air to Air Heat Exchanger
带中心管的管壳式换热器管板与换热管设计方法研究逆流-叉流板式全热空气热交换器换热效率的实验研究 - Ablation& Corrosion to Carbon Heat Exchange Tubes and Tubesheet in HP Heater
高压加热器碳钢换热管及管板的冲蚀和腐蚀 - And principle of installation of expansion joint in fixed tubesheet exchanger is also given in this paper.
阐明了固定管板式换热器中膨胀节的设置原则。 - The Stress Calculation and Analysis for a Fixed Tubesheet Heat Exchanger
列管换热器固定管板的应力计算与分析 - A Calculating Method for Design of Integral Tubesheet in U-Tube Heat Exchangers
U形管式换热器整体管板设计的计算方法 - Test Investigation on the Expanding Joint of Titanium Tube to Steel Tubesheet
钛管与钢质管板胀接试验研究 - This paper describes mainly a theoretical calculating method of the hydraulically expanded tube-to-tubesheet joints design.
本文主要介绍液压胀接管子-管板接头设计的一种理论计算方法。 - According to analysis research result above, based on previous heat exchanger structure design, the improvement was made by adopting 4 measures: decreasing thickness of tubesheet, welding ribs between flange ( as a part of tubesheet) and shell, and etc.
根据上述的分析研究结果，在原换热器结构设计的基础上，通过采用减少管板厚度、在管板兼法兰和壳体间增加筋板等4项措施，改进设计了换热器。 - Application of primary structure method on stress analysis design for Thin Tubesheet Heat Exchanger
一次结构法在薄管板换热器应力分析设计中的应用 - One calculation method used in designing integral tubesheet of U tube exchangers was introduced in this paper.
本文介绍了U形管式换热器整体管板设计的一种计算方法。 - Application of Technique of Thin Tubesheet in Construction of Waste Heat Boilers
薄管板技术在废热锅炉中的应用 - The axisymmetric finite element model was established according to the structure character of the resistance spot single-sided welding tubesheet.
根据管板单边电阻点焊结构特点，建立了轴对称有限元模型。 - Most predecessor's analysis of tubesheet focused on "equivalent solid plate theory", which has many limits.
前人对管板的分析主要应用等效管板理论，存在较大局限性。 - Application of the All-position Automatic Tubesheet Welding System in the Manufacturing of the Heat Exchanger
全位置自动管板焊系统在换热器制造中的应用 - Meanwhile, two special cases that the tube is not in tubesheet center and thick tubesheet is expanded partially are researched.
同时，对换热管不在管板中心时和厚管板分段胀接这两种特殊情况进行了研究，并根据存在的问题提出了合理化建议。 - The compression resistence and life-span of Large-scale industrial heat exchangers are directly related to welding quality of tubesheet.
大型工业热交换器的抗压性能和使用寿命与管与管板的连接质量有着直接的关系。 - Tubesheet stresses of seven operation cases are analyzed and evaluated.
研究了管板上的应力分布情况。对七种操作工况下管板的应力进行了分析以及强度评定，管板应力强度校核合格。 - At the same time it researches total stresses and membrane stresses of seven paths in tubesheet.
选择了七条路径，研究了管板各路径上的总体应力和局部薄膜应力的分布特点。