热氧化循环载荷,Thermal oxidation cycles
1)Thermal oxidation cycles热氧化循环载荷
2)thermal cycle load热循环载荷
1.In this paper, by using experiment and finite element method, bolted joints under thethermal cycle load in the nuclear reactor are studied.本文以在核反应堆内受热循环载荷的螺钉联接件为研究对象；以研究螺钉联接受热循环载荷时的受力变形情况，并找出螺钉联接的松动机理为主要目的；以试验和有限元分析计算为主要方法。
英文短句/例句
1.Optimization of Structure Parameters of D2-FBGA Under Thermal Cycle LoadingD2-FBGA热循环载荷下的结构参数优化
2.Study on Effects of the Thermal Cycle Load on the Dissimilar Materials Bolted Joints;热循环载荷对异种材料螺钉联接件影响的研究
3.Analysis for Ductile Matrix Composites under Cyclic Thermomechanical Loading;在热/机械循环载荷作用下金属基复合材料的应力场分析
4.On the deformation of soft clay subjected to cyclic loading循环荷载作用下软黏土变形特性研究
5.Dynamic Behavior Analysis of Soft Clay under the Cyclic Loading;循环荷载作用下软土的动力性能分析
6.Effects of cyclic loading on mechanical properties of slity clay循环荷载对粉质黏土力学性质的影响
7.FATIGUE STRENGTHS OF THE 54SiCr6 STEEL UNDER DIFFERENT CYCLIC LOADING CONDITIONS不同循环载荷下54SiCr6钢的疲劳强度
8.Syngas methanation with reaction heat carried by steam recycling generated from waste heat余热蒸汽循环载热的煤气甲烷化工艺
9.Study on the Rock Mechanics Characteristic by Cyclic Load and Statics Load Fit Together;循环荷载与静载组合加载下岩石的力学特性试验研究
10.Cyclic behavior of double angle beam-to-column connections腹板双角钢梁柱连接循环荷载试验研究
11.AN ELASTO-PLASTIC MODEL OF A BAR UNDER CYCLIC AXIAL LOADS轴向循环载荷下直杆的一个弹塑性计算模型
12.Experimental Study on the Properties of Structural Soft Clay under Cyclic Loading;循环荷载作用下结构性软粘土特性的试验研究
13.Experimental Research on Deformation Characteristics of Rock under Cyclic Loading;循环载荷作用下岩石变形特性的试验研究
14.Experimental Study on Cyclic Behavior of Eutectic Tin-Lead Solder under Multiaxial Loading;多轴载荷下共晶锡铅焊料的循环性能实验研究
15.Test Research of the Mechanics Characteristic of Recycled Aggregate Concrete under Recurrent Load;循环荷载作用下再生混凝土力学特性试验研究
16.The Effect of Cyclic Loading on Mechanical Properties of Dental Ceramics;循环载荷对牙科陶瓷材料机械性能的影响
17.Experimental Study on Dynamic Properties of Silt Sub Grade under Cyclic Load;循环荷载下压实粉土的动力特性试验研究
18.Numerical Analysis of Single Piles Subjected to Axially Cyclic Loading;循环荷载作用下单桩沉降的数值模拟研究
相关短句/例句
thermal cycle load热循环载荷
1.In this paper, by using experiment and finite element method, bolted joints under thethermal cycle load in the nuclear reactor are studied.本文以在核反应堆内受热循环载荷的螺钉联接件为研究对象；以研究螺钉联接受热循环载荷时的受力变形情况，并找出螺钉联接的松动机理为主要目的；以试验和有限元分析计算为主要方法。
3)Thermo mechanical cyclic loading热机械循环载荷
4)thermal cyclic oxidation热循环氧化
1.Thethermal cyclic oxidation behavior of a thermal barrier coatings, which is composed of a Ni_3Al-based superalloy substrate, NiCoCrAlYHf bond coat prepared by cathode vacuum arc deposition and Y_2O_3-ZrO_2 coating prepared by EB-PVD, was studied between 1150℃ and 30℃.研究了在Ni3Al基高温合金基底上采用阴极电弧镀方法制备NiCoCrAlYHf粘结层、电子束物理气相沉积(EB PVD)方法制备Y2O3 ZrO2陶瓷层的热障涂层(TBCs)在1150～30℃之间的热循环氧化行为。
2.The aluminium atoms outward diffusion and the lateral growth of the oxide scale are prenvented; during 1 200℃ / room temperaturethermal cyclic oxidation, rare, earth elements.它们阻碍铝向表面扩散,抑制氧化膜的侧向生长;在1200℃/室温之间热循环氧化历程。
5)cyclic loading循环载荷
1.Fatigue failure of rubber composite undercyclic loading;橡胶复合材料在循环载荷下的疲劳损伤特性
2.Space-time evolution rules study of acoustic emission locations in rock undercyclic loading;循环载荷作用下岩石声发射时空演化规律
3.Experimental research on the acoustic emission characteristic of sandstone under the different experimental condition ofcyclic loading;循环载荷作用时不同实验条件下砂岩的声发射特征实验研究
6)cyclic load循环载荷
1.Nonlinear finite element analysis on seismic behavior of two kinds of slabs undercyclic load;循环载荷作用下两类楼板抗震性能的非线性有限元分析
2.Experimental study on composite slabs undercyclic load;循环载荷作用下组合楼板的试验研究
3.In order to study the elas to plastic response of the beam to column welded connection under the seismic load and improve the earthquake resistant performance of welded joint,the non linear FEM analysis of "H" and "Dog Bone" Type of welded connection under the simulating seismiccyclic load was carried out by utilizing the ANSYS programming package.为了研究建筑钢结构梁柱焊接接头在地震作用下的弹塑性响应 ,提高焊接接头的抗震性能 ,采用大型有限元软件ANSYS对建筑钢结构中比较常见的H形梁柱焊接接头和“狗骨式”焊接接头在模拟地震循环载荷作用下进行了弹塑性有限元分析 ,得到了梁端加载点的载荷 -位移滞回曲线和节点焊接接头的等效应力分布。
延伸阅读
回热循环回热循环regenerative cyclehu一re xunhuon回热循环(regenerative eyele)余热被回收，并用于循环自身的一类热力循环。许多热力循环都可以采用回热.其具体实施的原理和方法大同小异(见布雷顿循环)。这里只介绍以兰金循环为基础的回热循环。为了回热，不妨设想如图(a)所示的一个热力装置系统，在凝汽器中凝结成的液态工质，首先通往汽轮机，以逆流的方式吸收蒸汽的热量，而汽轮机中的蒸汽则一面放热一面膨胀做功。液态工质经吸热温度升高后再通往锅炉，从而减少了工质在凝汽器中的放热量，同时也提高了工质在锅炉中吸热的平均温度，循环效率得到明显的改善。整个循环的T一:图示于图(b)。实际的回热循环如图(。)所示。它是通过多级回热加热器对液态工质进行逐级加热实现的，只是所利用的不是通过汽轮机的全部蒸汽部分冷凝时所释放的热量.而是从汽轮机的各级抽汽口中抽出的部分燕汽凝结成液体时所释放的热量。产生 Ikw·h的电能所需的蒸汽量叫做汽耗率，所消耗的热量叫做热耗率.与兰金循环相比，虽然回热.汽..汽.┌─┐│帆││护│└─┘┌─┐│拐││护│└─┘回热循环(a)原理;(b)T一:图;(e)技术实施循环的热耗率有显著的降低，汽耗率却显著地提高。热耗率的降低，表明热效率提高了;汽耗率的提高，增加了汽轮机高压级的容积流量，但由于抽汽，却减小了汽轮机低压级的容积流t和蒸汽湿度，有利于中、大型汽轮机效率的提高和工况的改普。为了使回热循环具有更高的热效率，需要处理好两个间题，一要选择最有利的给水回热加热的最终温度，二要分配好各回热加热级的加热量。这不仅仅是循环效率的问题，需要全面地技术经济权衡，例如回热加热沮度必须与锅炉的余热利用综合考虑。减小回热加热器传热温差、增加加热级数，虽然在理论上对循环效率有利，但却要增大受热面和设备造价。
