1)force decomposition受力分解
2)thermal decomposition by heating受热分解
3)force analysis受力分析
1.FORCE ANALYSIS OF PERMANENT PACKER STRING——The fifth discussion offorce analysis system of packer string;不能移动封隔器管柱变形受力分析——封隔器管柱受力分析系统讨论之五
2.Theforce analysis for air inflated paraboloid membrane structure;抛物面气囊膜结构受力分析
3.Motion andforce analysis of component in decling wedge mechanisms;斜楔机构中构件的运动和受力分析
1.Force Analysis of the Large-space and Small High-rise Shearwall Structure;大空间小高层剪力墙结构的受力分析
2.Wheel/Rail Force Analysis of Instrumented Wheelset Based on BP Neural Network;基于BP神经网络的测力轮对受力分析
3.The Analysis of Bearing Force and the Study of Carrying Capacity on the Bridge Deck Pavement;桥面铺装层的受力分析及承载力研究
4.Force Analysis of Multi-serial Thrust Bearing Based on ANSYS基于ANSYS的多排推力轴承受力分析
5.Magnetic Distribution and Force Analysis of Traveling-wave Induction Launcher;行波感应发射器磁场分布及受力分析
6.The Stress Analysis of Prosthetic Socket and Computer Aided Design;假肢接受腔的受力分析和计算机辅助设计
7.On the Stress & Motion Analysis in Applying the Work-energy Principle运用功能原理应注意受力分析和运动分析
8.Construction Control and Force Analysis of the Space Truss with Multiple Loading Conditions某空间网架多工况受力分析与施工控制分析
9.The Load of Liquid Swashing Stress Analyses in Stub-Sill Tank Car;无中梁罐车液体晃动载荷下受力分析
10.The Study on Bearing Mechanism and Mechanics Analysis of the Load-Bearing and Anti-slide Pile;承重阻滑桩承载机理及受力分析研究
11.Study of Behavior and Strength on Cross Section of the Concrete Superpose Beam;叠合式受弯构件正截面承载力的受力性能分析
12.Behavioral Analysis of Reinforced Concrete Tied Arch Bridge;预应力混凝土系杆拱桥受力特性分析
13.The Research of Multi-body Dynamic and Force Analysis of the Cylinder;动力装置的的动力学分析和受力计算的研究
14.Analysis of Stress Characteristics of Pressure Dispersion-Type Anchorage Cable and Reinforcement Effect for Slope压力分散型锚索受力特点及边坡加固效应分析
15.Structural Characteristic Study on Large Span CFST Arch Bridge;大跨度钢管混凝土拱桥受力性能分析
16.The Research on Stress Testing for Deformed Part of Vacuum Degaslified Tower;真空脱气塔受损部位应力测试与分析
17.Mechanics Analysis of Concrete Bridge Deck Pavement;水泥混凝土桥桥面铺装受力机理分析
18.Three-Dimensional Numerical Analysis of Rammed Expanded CFG Pile Composite Foundation Mechanic Behaviors;夯扩CFG桩受力特性的三维数值分析
相关短句/例句
thermal decomposition by heating受热分解
3)force analysis受力分析
1.FORCE ANALYSIS OF PERMANENT PACKER STRING——The fifth discussion offorce analysis system of packer string;不能移动封隔器管柱变形受力分析——封隔器管柱受力分析系统讨论之五
2.Theforce analysis for air inflated paraboloid membrane structure;抛物面气囊膜结构受力分析
3.Motion andforce analysis of component in decling wedge mechanisms;斜楔机构中构件的运动和受力分析
4)stress analysis受力分析
1.Coverplatestress analysis of southcing tunnel and taking the examination and calculation of curb;南城隧道管沟盖板受力分析及路缘防撞检算
2.Thestress analysis and the construction supervision on the joint of the main and second bridge;主次梁交接处受力分析与施工监理
3.Thestress analysis and designing calculation of counterfort wall;扶壁式挡土结构受力分析及其设计计算
5)Load Analysis受力分析
1.Kinematic analysis and load analysis for a new type parallel machine tool;一种新型并联机床的运动学分析及受力分析
2.The loads on the front and rear legs of the support and the magnitude and direction of the interacting force among lemniscate linkage, main canopy and caving shield beam of support in fully mechanized sublevel caving face are investigated in situ Mathematical models of load analysis are establised.对综放支架有后立柱载荷，四连杆、顶梁与掩护架相互作用力的大小及方向进行了现场测试，建立了支架受力分析的数学模型。
3.At the same time,the load analysis method of Inverse Arch-shaped teeth profile based on the whole transmitting process and the optimization method of the modification size are proposed.通过对前人提出的“反弓”齿廓进行深入研究,分析并指出了其存在的问题,给出了新的、更加符合实际的、合理的“反弓”齿廓状态下最先接触点分布区间确定方法,在此基础上,又提出了一种基于整个传动过程情况下的“反弓”齿廓受力分析方法和修形量的优化方法。
6)mechanical analysis受力分析
1.Anmechanical analysis and calculation for the composite shaft lining filled with asphalt;沥青夹层复合井壁的受力分析和计算方法
2.Study on the Mechanical Analysis Model of Pipelines in Soft Ground under Traffic Loads;交通荷载作用下软土地基中管道的受力分析模型研究
3.Working mechanism andmechanical analysis of the Car Frame电梯轿厢架的工作机理和受力分析
延伸阅读
对流受热面换热对流受热面换热heat transfer at convection heating surfacesdUll一U Sh0Urem一on hU0nre对流受热面换热(heat transfer at。onveetionheating surfaees)热量由受热面一侧的热流体以对流方式传给另一侧的冷流体的过程。锅炉对流受热面换热计算的基本方程为换热方程式和热平衡方程式。换热方程式换热过程中对流受热面传递的热量Q与冷、热流体间的平均温差山和受热面积H成正比，换热方程式可写成:Q~KH山，kJ/h。锅炉对流受热面的换热计算.通常以每千克燃料为基准，因此换~~一、__一一、，_KH山，，，.、._热方程式又可表示为:Q~竺若竺，kJ/kg，式中药n‘~’协~~J~“’/子’伟B，’.”’吧’~’一J为锅炉计算燃料消耗量，kg/h;其余各项分别介绍如下.(1)传热系数K〔kJ/(m，·h·℃)]:表示温差为1℃、受热面积为lm2条件下每小时的传热量。对于锅炉中常见的各种光滑管受热面的传热系数均可用多层平壁的传热系数公式来表示:1.氏一十六尸十“1匆 民‘1+~护‘十—人aZkJ/(mZ .h.℃)l一人一凡式中a，和aZ为加热介质对管壁和管壁对受热介质的换热系数;a，和入为管子外表面上灰垢层的厚度和导热系数;占，和人，为管壁的厚度和导热系数;氏和人为管子内表面上水垢层的厚度和导热系数。烟气对管壁的换热系数al可写成:a，一右(久十ar)，式中ac和a，为对流换热系数和辐射热系数;泞为利用系数，它是考虑由于烟气对受热面冲刷不完全而使吸热减少的修正系数。ac与许多因素有关:如气流的速度和温度、一定的线性尺寸、管子布置方式、受热面种类、烟气流经受热面的性质(纵向流、横向流或斜向流)以及流通介质的物理性质等。ar与烟气流的温度、黑度及受热面外壁温度、黑度有关。综上所述，传热系数是一个与过程有关的物理量，其值取决于参与换热的两种流体的物理性质、运动状态、受热面的结构形式及布里方式等。(2)温差山(’C):参与换热的两种流体在整个受热面中的平均温差。温差大小与两种流体相互间流动方向有关。如果一种流体的温度在受热面范围内保持不变，则温差与两种流体相互间的流动方向无关。冷、热流体彼此反向平行流动的受热面连接方案，称为逆流，而彼此同向平行流动的，则称为顺流。
