热能与动力工程专业英语(整理版)

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热能与动力工程专业英语词汇大全

热能与动力工程专业英语词汇大全

热能工程专业英语ability 能力ABNORMAL ABN 不规则的abnormal operating condition 异常工况abort 中断,停止ABOVE ABV 在……上面abrader 研磨,磨石,研磨工具abrasion resistance 耐磨性abrupt change 突变absence 失去Absence of brush 无(碳)刷Absolute ABS 绝对的absolute expansion 绝对膨胀ABSOLUTE EXPANSION ABS X 绝对膨胀ABSOLUTE PRESSURE ABS P 绝对压力Absolute atmosphere ATA 绝对大气压absorb 吸收ABSORBER ASB 阻尼器吸收器absorptance 吸收比,吸收率AC Lub oil pump 交流润滑油泵acceleration 加速acceleration limiter 加速度限制器accelerator 加速器accept 接受acceptance test 验收试验access 通道accident ACCD 事故accommodate 容纳accomplish 完成,达到accumulate 累积accumulator 蓄能器accumulator 蓄电池,累加器ACCUMULATOR ACM 收集(累加)器本资料为网络资料整理,只供学习交流使用,不做商业用途。

Accumulator battery 蓄电池组accuracy 精确度,准确度acid 酸性,酸的acid cleaning 酸洗ACID CLEANING ACD CLG 酸清洗Acid washing 酸洗ACIDIC ACID ACD 酸化学物质acknowledge ACK 确认acquisition 发现,取得act ACT 动作action 动作,行为active ACTIVE 激励active current 有功电流active power 有效功率active zone 有效区active power A_PW 有功功率actual value 实际值actuator 驱动器additional safeguard oil 附加保安油address 地址adequate 适当的,充分的ADJACENT ADJ. 相邻的ADJACENT BOILER ADJ. BLR 邻炉adjust 调整,校正adjustable fan blade 可调扇页adjustable key 可调整销adjusting ADJ 调整adjustment 调整,调节admission steam 进汽Admission mode 进汽方式adopt 采用Aerial line 天线aerodynamic loss 空气动力损失本资料为网络资料整理,只供学习交流使用,不做商业用途。

热能与动力工程专业英语词汇大全

热能与动力工程专业英语词汇大全

热能工程专业英语ability 能力ABNORMAL ABN 不规则的abnormal operating condition 异常工况abort 中断,停止ABOVE ABV 在……上面abrader 研磨,磨石,研磨工具abrasion resistance 耐磨性abrupt change 突变absence 失去Absence of brush 无(碳)刷Absolute ABS 绝对的absolute expansion 绝对膨胀ABSOLUTE EXPANSION ABS X 绝对膨胀ABSOLUTE PRESSURE ABS P 绝对压力Absolute atmosphere ATA 绝对大气压absorb 吸收ABSORBER ASB 阻尼器吸收器absorptance 吸收比,吸收率AC Lub oil pump 交流润滑油泵acceleration 加速acceleration limiter 加速度限制器accelerator 加速器accept 接受acceptance test 验收试验access 通道accident ACCD事故accommodate 容纳accomplish 完成,达到accumulate 累积accumulator 蓄能器accumulator 蓄电池,累加器ACCUMULATOR ACM 收集(累加)器本资料为网络资料整理,只供学习交流使用,不做商业用途.Accumulator battery 蓄电池组accuracy 精确度,准确度acid 酸性,酸的acid cleaning 酸洗ACID CLEANING ACD CLG 酸清洗Acid washing 酸洗ACIDIC ACID ACD 酸化学物质acknowledge ACK 确认acquisition 发现,取得act ACT 动作action 动作,行为active ACTIVE 激励active current 有功电流active power 有效功率active zone 有效区active power A_PW 有功功率actual value 实际值actuator 驱动器additional safeguard oil 附加保安油address 地址adequate 适当的,充分的ADJACENT ADJ. 相邻的ADJACENT BOILER ADJ. BLR 邻炉adjust 调整,校正adjustable fan blade 可调扇页adjustable key 可调整销adjusting ADJ 调整adjustment 调整,调节admission steam 进汽Admission mode 进汽方式adopt 采用Aerial line 天线aerodynamic loss 空气动力损失本资料为网络资料整理,只供学习交流使用,不做商业用途.affect 影响after 以后AFTERCONDENSER ACDS 凝结器后AFTERCOOLER ACLR 冷却器后agent 代理agreement 协议AI (analog input) 模拟量输入Ail leak AL 漏风Air AIR 空气air & gas system 空气及气体系统AIR BLAST CIRCUIT BREAKER A BLS CCT BKR空气(风机)断路器ABCSAIR BLAST CIRCUIT BREAKER A BLS CCT BKR鼓风机回路断路器ABCDair chamber 空气室air compressor 空气压缩机AIR COMPRESSOR A CPRS 空压机AIR COMPRESSOR AND DRIER A CPRS &DRR 空压机及其驱动装置AC&DAIR CONDITIONING (SYSTEM) A COND (SYS)空气调节系统AIR COOLED A COL 空气冷却的AIR COOLED CONDENSING PLANTA COL CDSGPT 空气冷却设备ACCPAIR COOLED CONDENSING UNIT A COL CDSG U空气冷却设备ACCUair cooler 空气冷却器AIR COOLER A CLR 空气冷却器air cushion 气垫air gap 空气隙AIR HANDLING UNIT A HDLG U 空气输送设备AHUAIR HEATER A HTR 空气加热器air inlet valve 进气阀air nozzles 空气喷嘴air preheater 空气预热器AIR PRESSURE REDUCER A P RDCR 空气减压器APRDAIR RECEIVER A RCVR 储气罐Air compressor 空压机Air duct pressure 风管压力本资料为网络资料整理,只供学习交流使用,不做商业用途。

热能与动力工程专业英语单词汇总

热能与动力工程专业英语单词汇总

1st1.axial [‘æksiəl] 轴向的2.blade [bleid] 叶片3.case/casing [keis] 壳体4.centrifugal [sen‘trifjuɡəl] 离心的5.chamber [‘tʃeimbə] 室6.diffuser [di‘fju:zə] 扩压器7.discharge [dis‘tʃɑ:dʒ] 流量;排出8.draft [drɑ:ft] 吸出,通风9.generator [‘dʒenəreitə] 发电机10.hydraulic/hydro [hai‘drɔ:lik] 水(力)的11.impeller [im‘pelə] 叶轮12.machinery [mə‘ʃi:nəri] 机械13.mixed-flow 混流的14.passage ['pæsidʒ] 流道15.pressure [‘preʃə] 压力16.pump [pʌmp] 泵17.runner [‘rʌnə] 转轮18.rotor [‘rəutə] 转子19.shaft [ʃɑ:ft] 传动轴20.spiral [‘spaiərəl] 螺旋形的21.stator [‘steitə] 定子22.suction [‘sʌkʃən] 吸入(出)23.turbine [‘tə:bain] 水轮机,透平,涡轮机24.tubular [‘tju:bjulə] 管状的25.vane [vein] 叶片26.volute [və‘lju:t] 螺旋形27.wheel [hwi:l] 水轮28.wicket [‘wikit] 导叶;小闸门29.Axial/mixed-flow/centrifugal/volute pump 轴流/混流/离心/旋流泵30.Kaplan/Francis/bulb/tubular/Pelton turbine 轴流/混流/灯泡/贯流/水斗水轮机31.Hydraulic machinery/pump/turbine 水力机械/水泵/水轮机32.Pump turbine 水泵水轮机33.Spiral/volute casing 蜗壳34.Volute/runner chamber 蜗壳室/转轮室35.Draft tube/bend/cone/elbow 尾水管/弯管/泄水锥/肘管36.Diffuser vane 扩压叶片37.Diffusing passage 扩压流道38.Stay vane 固定导叶39.Wicket gate 活动导叶40.Pressure/suction side 压力/吸力侧41.Suction eye 吸入孔42.Suction height 吸出高度43.Volute suction 涡形吸入室44.Volute throat 蜗壳喉部45.Volute tongue 蜗壳隔舌2nd1.Cascade [kæs'keid] 叶栅2.Lift/resistance [ri'zistəns] force 升力/阻力3.Pitch(wise) 节距(方向的)4.Span(wise) 翼展(方向的)5.Stream(wise) 流线(方向的)6.Chord [kɔ:d] 弦,弦长7.Chord length 弦长8.Chord-spacing ratio 叶栅稠密度9.Velocity triangle 速度三角形10.Absolute/relative velocity 绝对/相对速度11.Peripheral [pə'rifərəl] /Circumferential [sə,kʌmfə'renʃəl] velocity 圆周速度12.Tangential [tæn'dʒenʃəl] /axial/radial velocity 切向/轴向/径向速度13.Velocity circulation[,sə:kju'leiʃən] 速度环量14.Meridional [mə'ridiənəl] channel 子午(轴面)流道15.Meridional velocity 子午(轴面)速度16.Angular ['æŋɡjulə] velocity 角速度17.Revolution[,revə'lu:ʃən] speed 转速18.Specific [spi'sifik] speed 比转速19.Blade angle 叶片安放角20.Flow angle 水流角21.Incidence/attack angle 入射角/攻角22.Tip clearance 叶片外缘间隙23.Inlet/outlet edge 进出口边3rd&4th1.Head 水头2.Cavitation 空化3.Cavitation erosion/damage 空蚀4.Sand erosion 泥沙磨损5.Eddy/vortex 涡6.Vortex core 涡带7.Opening 开度8.No/over/partial load 空载/过载/部分载荷9.Hydraulic Thrust 水推力10.Pressure pulsation 压力脉动11.Torque/moment 转矩/力矩12.Viscosity 粘度13.Dynamic 动力学(的)14.Kinematic [,kini‘mætik]运动学(的)15.Vibration 振动16.Transient [‘trænsiənt] 瞬态的17.Resonance [‘rezənəns] 共振18.Amplitude 幅值19.Frequency 频率20.Water hammer 水锤21.Power/output 功率/出力22.Operating condition 工况23.Runaway 飞逸24.Characteristic 特性25.Performance 性能26.Rated 额定的27.Inertia [i‘nə:ʃiə] 惯性28.Penstock 压力钢管6th1.Continuous medium连续介质2.Body/Surface force体积力/表面力pressible [kəm'presəbl]可压缩的4.Capillarity [,kæpi‘lærəti]毛细(管)现象5.Surface tension表面张力6.Fluid dynamics/kinematics流体动力学/运动学7.Aerodynamics [,εərəudai'næmiks]空气动力学8.Statics 静力学9.Conservation of mass [,kɔnsə'veiʃən]质量守恒10.Euler/Lagrange[lə'greidʒ]欧拉/拉格朗日11.Stream line/surface/tube流线/流面/流管12.Path line迹线13.Steady/Unsteady定常/非定常14.Integral/Differential [,difə'renʃəl]积分/微分15.Material derivative[di‘rivətiv]随体导数16.Divergence [dai'və:dʒəns ]散度17.Curl 旋度18.Bernoulli equation [bə:'nu:li]伯努利方程19.Irrotational flow[,irəu‘teiʃənəl]无旋流20.Potential flow [pəu'tenʃəl] 有势流21.Velocity potential速度势22.Stream function流函数plex potential ['kɔmpleks]复势24.Vorticity [vɔ:'tisəti]涡量25.Vortex dynamics涡动力学26.Single phase flow单相流27.Axisymmetric flow[,æksisi‘metrik]轴对称流7th1.Constitutive [‘kɔnstitju:tiv] equation 本构方程2.Tensor张量3.Strain rate应变率4.Normal stress正应力5.Shear stress剪切应力6.Newtonian [nju:'təuniən] fluid牛顿流体7.Thermodynamics[,θə:məudai'næmiks]热力学8.Definite condition定解条件9.Initial condition初始条件10.Boundary condition边界条件11.Adhesion [əd‘hi:ʒən] condition粘附条件12.No slip condition无滑移条件13.Rotation有旋性14.Dissipation [disi'peiʃən]耗散性15.Diffusivity [,difju:sivəti]扩散性16.Similarity law 相似律17.Geometric similarity几何相似18.Mechanical similitude力学相似19.Dimensionless/Non-dimensional无量纲20.Reynolds ['renəldz] number雷诺数21.Froude [fru:d] number 弗劳德数22.Strouhal [strəuhæl]number斯特劳哈尔数23.Euler/Mach number欧拉数24.Model test模型试验8th1.Turbulence['tə:bjuləns] 湍流minar['læminə] 层流3.Statistical [stə‘tistikəl] theory统计理论4.Ensemble [eŋ‘sɔŋblə] average系综平均5.Turbulent kinetic [ki'netik] energy湍动能6.Producing rate生成率7.Dissipation rate耗散率8.Turbulivity[tə:bju‘liviti]湍流度9.Reynolds stress雷诺应力10.Transport equation输运方程11.Isotropy [ai‘sɔtrəpi]各向同性12.Energy spectrum[‘spektrəm] 能谱13.Turbulent closed mode湍流封闭模式14.Wall function 壁面函数15.Eddy viscosity model涡粘模型16.Coherent [kəu‘hiərənt]structure拟序(相干)结构17.Boundary layer边界层18.Adverse pressure gradient逆压梯度19.Viscous friction粘性摩阻20.Reverse flow回流9th1.Perfect gas理想气体2.State equation状态方程3.Density/Temperature 密度/温度4.Gas constant ['kɔnstənt]气体常数5.Heat conduction [kən'dʌkʃən]热传导6.Specific heat capacity/ratio比热容/比热比7.Internal energy内能8.Enthalpy [en‘θælpi]焓9.Entropy [‘entrəpi]熵10.Adiabatic [,ædiə‘bætik]绝热的11.Isentropy [‘isentrəpi]等熵12.Acoustic [ə‘ku:stik] velocity声速13.Subsonic/Transonic/Supersonic/Hypersonic压/跨/超/高超音速14.Stagnation [stæɡ‘neiʃən] 滞止15.Critical parameter临界参数16.Velocity coefficient [,kəui'fiʃənt]速度系数17.Shock wave激波pression wave压缩波10th1.Anemometry [,æni‘mɔmitri]测速法2.Visco(si)metry [vis‘kɔmitri]粘度测定法3.Flow visualization[,vizjuəlai'zeiʃən]流动显示4.Oil smoke/film visualization油烟/油膜显示5.Orifice ['ɔrifis ]meter孔板流量计6.Wind/water tunnel风/水洞7.Shock tube激波管8.Towing ['təuiŋ] tank拖拽水池9.Rotating arm basin ['beisən]旋臂水池10.Pressure tap测压孔11.Manometer [mə'nɔmitə]压力计12.Anemometer [,æni‘mɔmitə]流速计13.Velocimetry [,ve'ləsimitri]速度测量学ser Doppler ['dɔplə] Velocimetry多普勒激光测速法15.Particle Image Velocimetry粒子图像测速法16.Flow meter流量计17.Vorticity meter涡量计18.Sensor/ transd ucer[trænz‘dju:sə]传感器11th1.Continuity[,kɔnti‘nju:iti] equation连续性方程2.Momentum/energy equation动量/能量方程3.Nonlinear [nɔn‘liniə]非线性4.Partial differential equation偏微分方程5.Convection diffusion equation对流扩散方程6.Direct Numerical Simulation直接数值模拟7.Finite difference method有限差分法8.Finite volume method有限体积法9.Finite element method有限元法10.Conservation form守恒形式11.Grid/mesh generation网格生成12.(Un)Structured grid(非)结构化网格13.Grid independence网格无关性14.Difference scheme差分格式15.Second order accuracy二阶精度16.Elliptic [i‘liptik ]equation椭圆型方程17.Parabolic [,pærə‘bɔlik] equation抛物型方程18.Hyperbolic [,haipə‘bɔlik] equation双曲型方程19.Consistency [kən‘sistənsi] condition相容条件20.Implicit [im‘plisit] scheme隐式格式21.Explicit [ik‘splisit] scheme显示格式22.Residual[ri‘zidjuəl]残差23.Parallel [‘pærəlel] computing并行计算24.Cluster [‘k lʌstə]机群25.Pre/post process前/后处理。

热能与动力工程专业 英语

热能与动力工程专业 英语

热能与动力工程专业英语
热能与动力工程专业英语是研究热能与动力学原理、热能转换与传递技术、动力机械与工程物理等相关课程的英语,主要包括以下方面:
1. 热力学 Thermodynamics:热力学基础、热力学第一、二、三定律、热力学循环、热力学性质等。

2. 热传递 Heat Transfer:传热基础、传热方式、传热计算、
传热器件、传热与流动耦合等。

3. 动力学 Kinetics:动力学基础、运动学、动力学原理、动力学计算、动力学分析等。

4. 动力机械 Power Machinery:燃烧技术、燃气轮机、蒸汽轮机、内燃机、燃气发动机等。

5. 工程物理 Engineering Physics:传感器与检测技术、光学
物理、声学物理、材料物理、电子物理等。

学习热能与动力工程专业英语需要掌握一定的语言基础,如词汇、语法、阅读能力等。

同时,也需要了解相关学科的基础知识,如物理学、数学、工程学等。

在实践中,可以通过阅读相关文献、学习课程、参加学术交流等方式提高英语水平和学科素养。

- 1 -。

热能与动力工程专业英语1

热能与动力工程专业英语1

(Heat transfer is the science)传热学是一门试图预测热量传递可以发生在温差存在的两个物体之间的科学。

(Thermodynamics teaches that this)热力学告诉我们能量的传递以热量的形式。

传热学不仅可以解释热能怎样被传送,同样可以预测在某种特殊的情况下产生的热交换率。

实际上热交换率的客观分析指出了传热学和热力学之间的差异。

热力学研究对象是处于平衡状态的系统,他可能被用于预测一个系统从一种平衡状态改变到另一种状态所需要的能量的多少,他可能不被用于预测发生在非平衡状态下的系统的热的交换量有多快。

传热学通过提供了可以作为科学中的热力学被用作传热项目基础的实验法则是非常简单的并且容易扩展到各种各样的实际情况当中。

(When a temperature gradient)当温度梯度存在于一个物体中时,经验显示能量将会从高温区域传递到低温区域,我们说能量是通过导热传递并且单位面积的传热效率于法向温度梯度成正比。

(When a fluid at rest or in motion)当流体以不同的温度与一块平板的表面接触且处于静止或运动时据热力学法则规定能量将朝低温区域流动,我们说热量被交换走了并且我们把这个过程称为对流换热过程。

(For both situations shown in fig,1.2)对于表1.2所示的两种情况我们用牛顿冷却定律来表述对流的整体作用。

(The temperature Tw is that)温度Tw是直接与平板表面接触的温度,温度T∞是为了确保平板表面温度不产生明显影响而使流体远离平板表面的所在区域的温度,面积A是与流体接触的表面区域,并且我们应该注意A与热流方向垂直。

比例因子h被叫做传热系数(也是单位面积的导热量或对流换热量)并且取决于几何布置、方向和表面状况(光滑或粗糙)、还有流体的物性和速度。

(There are two convection modes)有两种对流换热模型:强制对流换热和自然对流换热,如果一块被加热的平板暴露一个周围没有额外动因的房子里,空气的流动将经验的被认为是平板附近存在密度梯度的结果,我们称之为自然对流或是无常对流,强制对流与此相反,经验的认为是在风扇吧空气吹到平板上的情况。

热能与动力工程专业英语

热能与动力工程专业英语

Chapter 1 Introduction to ThermalScience第一章热科学基础Acoustic flow meter 声波流量计Corrugated fin 波状散热片Adiabatic []绝热的Cross product 矢量积Aerodynamics 空气动力学Denominator 分母Affiliation 联系Developed flow 充分发展流Airfoil 机翼,螺旋桨Diffusion 扩散Alternative 替代燃料Doppler effect 多普勒效应Anemometer 风速计Double-pipe heat exchanger 套管式换热器Angular speed 角速度Dry saturated vapor 干饱和蒸汽Area density 表面密度Electrode 电极Baffle 挡板Electrolyte 电解,电解液Bifurcation 分形Electrostatic 静电的Blackbody 黑体Emissivity 发射率Blade 浆叶,叶片Equilibrium 平衡Boiler 锅炉Fluid mechanics 流体力学Boundary layer 边界层Forced convection 强制对流Carnot Cycle 卡诺循环Free convection 自然对流Cartesian coordinates 笛卡尔坐标系Friction loss 摩擦损失Celsius Degree 摄氏度Glass ceramic 微晶玻璃,玻璃陶瓷Heat engine 热机Compact heat exchanger 紧凑式换热器Composition 成分,合成物Heat pump 热泵Compressed liquid 压缩液体Hydrofoil 水翼Compressibility 可压缩性,压缩率Hypersonic speed 高超音速Condensation 凝结Infinitesimal 无穷小的Condenser 冷凝器Inflating/deflating 充气/压缩Conduction 导热Internal combustion engine 内燃机Control volume 控制体Isentropic 等熵的Convection 对流Isobaric 等压的Isolated system 孤立体系的Coriolis-accelaration flowmeter 科氏加速流量计Isometric 等容的Rough-wall tube 粗糙管Isothermal 等温的Saturation 饱和Kinematic viscosity 运动黏度Shear stress 剪切力、切应力Laminar 层流Shell-and-tube heat exchanger管壳式换热器Manuscript 手稿,原稿Specific volume 比容Moisture 湿度,水分Steady 稳态的,定常的Molecule (化学)分子Stifling engine 斯特林机Molten polymer 熔融聚合物Strain rate 变形速度,应变率Muti-disciplinary 多学科的Streamline 流线Newtonian Fluid 牛顿流体Strut 支撑,支柱Subcooled liquid过冷液体Nominal temperature gradient 法向温度梯度Numerator (数学)分子Superheated vapor 过热蒸汽Parallel flow 平行流动,并流Surrounding 环境,外界Pathline迹线Thermal conductivity 热传导率Phase change 相变Thermal efficiency 热效率Plane flow 平面流,二元流Thermodynamics 热力学Plate and flame heat exchangerTorsional 扭力的,扭转的板式换热器Polymer solution 胶浆Trailing edge 机翼后缘、尾缘Proof 校样Transmitter 传送装置、发送器Propeller 螺旋桨,推进器Turbine meter 涡轮流量计Pump泵Turbulent 湍流的Qulity 干度Ultrosonic 超声波的Qusi-equilibrium 准平衡、准静态Uniform flow 均匀刘Radiation 辐射Vacuum 真空Rankin Cycle 朗肯循环View factor 角系数Viscous 黏性的Regenerative heat exchanger蓄热/再生式换热器Reservoir 水库,蓄水池Cortex shedding 漩涡脱落Reversible 可逆的Water faucet 水龙头,水嘴Rotameter 转子流量计Bi Biot number 比澳数NPSH 汽蚀余量CFD 计算流体力学NTU 传热单元数CHF 临界热流量Nu 努谢尔特数COP 制冷系数PE 势能Eu 欧拉数Pr 普朗特数Fo 富立叶数Ra 瑞利数Fr 弗劳德数Re 雷诺数Gr 格拉晓夫数Sc 施密特数KE 动能St 斯坦顿数,斯特劳哈数LMTD对数平均温差We 韦伯数1.1Fundamental of Engineering Thermodynamics1.1工程热力学基础Thermodynamics is a science in which the storage, transformation and transfer of energy are studied. Energy is stored as internal energy (associated with temperature), kinetic energy (du to motion), potential energy (due to elevation) and chemical energy (due to chemical composition); it is transformed from one of these forms to another; and it is transferred across a boundary as either heat or work.热力学是一门研究能量储存、转换及传递的科学。

热能与动力工程专业英语单词

热能与动力工程专业英语单词

热能与动力工程专业英语单词第一篇:热能与动力工程专业英语单词一、absolute pressure绝对压力mass flow ratio质量流量比account for 占…比例natural convection自然对流at rest 静止Nusselt number努赛尔数average temperatures平均温度oil shales 石油页岩boundary layer 边界层 on the down side 弱(缺)点 branched chain reactions 支链反应orifice flow meter孔流速计brown coal 褐煤Pitot tube皮托管carbon black黑烟末 controlled variable 控制量cope with 与..竞争cross sectional areas 横截面desired value 期望值differential pressure压力落差electric furnace 电炉 Energy-transfer 能量转换equilibrium temperature平衡温度feedback control 反馈控制feedback control 反馈控制forced convection 强迫对流gage pressure 表压heat capacity 热容heat transfer 传热(学)heating furnace 加热炉ice bath 冰浴in contrast to 与…相对比in steam boiler furnaces 蒸汽锅炉炉膛内internal energy 内能manipulated variable 被控制量pressure drop 压降 pressure head 压头principles of thermodynamics 热力学定律reference temperature 参考温度Reynolds number 雷诺数Seebeck effect塞贝克效应solar hot water 太阳能集热器Stefan-boltzmann law斯蒂波尔兹曼定律 strain gauge 应变仪suction blower吸风机take into account 重视,考虑temperature gradient 温度梯度the activation energy 活化能the concentrations of hydrogen氢原子浓度thefirstlawofthermodynamics热力学第一定律the rate of the reaction 反应速率thermodynamic state热力学状态washingmachine洗衣机younger coals初期煤二、absolute 完全的afterburner 喷射器引擎加热室analog类似物appealingly 吸引人的approximately 大概近似automotive 自动推进的 autopilot 自动驾驶仪average temperatures平均温度bellows 波纹管biomedical 生物医学的blackbody 黑体boundary 边界bourdon tube 布尔登管by convention 根据惯例calculus 微积分capacitive电容的centrifugal governor 离心调速器combination 结合,化合物compartment 间隔间compensation补偿concentration 集中 concentration浓度conduction 引流输送conduit 导管confine 限制confusion 混乱consequently 从而consumption 消耗量contamination 玷污controller 控制器convection heat transfer 对流传热convection 对流convergent趋于一点的correlation 互相关系crystal 结晶状的 deficiency 缺乏degraded 被降级的deterministic 确定性的diaphragm隔膜diffuse 扩散discrepancy 相差 disorder 杂乱dissimilar 不同的dissipate 驱散droplet 小滴electromagnetic 电磁的embrace 包含emissive 发射率enclosure 围栏endothermic 吸热enthalpy 焓established 以确定的evaporate 使蒸发flow channel 液流通路flow meter 流量计function 功能geometric 几何的gradient 梯度heat transfer coefficient 传热系数 heat transfer 传热(学)homogeneity 同种implication 刻度in addition 另外 inductance电感induction 感应insensitive 感觉迟钝的insufficient 不足的integral 完整的interchangeably 可交换的intermediate 中间的junction 交叉点mathematical 数学的mechanism 机理mechanisms 机理medium媒介methane 甲烷missile guidance 导弹制导mobile可移动的molar 质量的molecular motion 分子运动 Newton law of cooling 牛顿冷却定律non-linearity非线性on the other hand 另一方面organism 生物体orifice plate 孔板oscillation摆动 parallel 相似的peat 泥煤块perpendicular垂直的正交的phase change 相变physiological 生理学的 prescribe 指示规定pressure drop 压降 progressively 进步properties of the fluid 流体的物性property 性质特性proportionality constant 比例常数proportionality factor 比例因子proportionality 比例 pulverize将..粉碎 radiate 辐射radiation 辐射relay servomechanism 继电器式伺服机构representative 代表reproducibility 再现性residual 残留restriction 限制reversible 可逆的rinse刷root locus 根轨迹sequence 连续servomechanism 自动驾驶装置sheath护套significant 有意义的sinusoidal 正弦曲线 soak浸透space vehicle 航天器spacecraft航天飞船spherical 球形的start with 以..开始stochastic 随机的 stringent 严厉的substantially 实质上subtle 敏感的surface area 表面积 swirl 漩涡thermal conductivity 导热性 thermal radiation热辐射 thermal 热量的thermistor热敏电阻thermodynamics 热力学thermostat 自动调温器transformed 转换undergo 经历vacuum 真空 valency 化合价 vane 翼velocity profile速度剖面图view factor 角系数vortex shedding 涡旋脱落wet test meter 湿试剂第二篇:热能与动力工程专业英语单词汇总1st1.axial *‘æksiəl]轴向的2.blade [bleid]叶片3.case/casing [keis] 壳体4.centrifugal *sen‘trifjuɡəl] 离心的5.chamber *‘tʃeimbə] 室6.diffuser *di‘fju:zə] 扩压器7.discharge *dis‘tʃɑ:dʒ] 流量;排出8.draft [drɑ:ft] 吸出,通风9.generator *‘dʒenəreitə] 发电机10.hydraulic/hydro *hai‘drɔ:lik] 水(力)的11.impeller *im‘pelə]叶轮12.machinery [mə‘ʃi:nəri] 机械13.mixed-flow 混流的14.passage ['pæsidʒ] 流道15.pressure *‘preʃə] 压力16.pump [pʌmp] 泵17.runner *‘rʌnə]转轮18.rotor *‘rəutə] 转子19.shaft [ʃɑ:ft] 传动轴20.spiral *‘spaiərəl] 螺旋形的21.stator *‘steitə] 定子22.suction *‘sʌkʃən] 吸入(出)23.turbine *‘tə:bain] 水轮机,透平,涡轮机24.tubular *‘tju:bjulə] 管状的25.vane [vein] 叶片26.volute [və‘lju:t+ 螺旋形27.wheel [hwi:l] 水轮28.wicket *‘wikit+ 导叶;小闸门29.Axial/mixed-flow/centrifugal/volute pump轴流/混流/离心/旋流泵30.Kaplan/Francis/bulb/tubular/Pelton turbine轴流/混流/灯泡/贯流/水斗水轮机31.Hydraulic machinery/pump/turbine 水力机械/水泵/水轮机32.Pump turbine 水泵水轮机33.Spiral/volute casing 蜗壳34.Volute/runner chamber 蜗壳室/转轮室35.Draft tube/bend/cone/elbow 尾水管/弯管/泄水锥/肘管36.Diffuser vane 扩压叶片37.Diffusing passage 扩压流道38.Stay vane 固定导叶39.Wicket gate 活动导叶40.Pressure/suction side 压力/吸力侧41.Suction eye 吸入孔42.Suction height 吸出高度43.Volute suction 涡形吸入室44.Volute throat 蜗壳喉部45.Volute tongue 蜗壳隔舌2nd1.Cascade [kæs'keid] 叶栅2.Lift/resistance [ri'zistəns] force 升力/阻力3.Pitch(wise)节距(方向的)4.Span(wise)翼展(方向的)5.Stream(wise)流线(方向的)6.Chord [kɔ:d]弦,弦长7.Chord length 弦长8.Chord-spacing ratio 叶栅稠密度9.Velocity triangle 速度三角形10.Absolute/relative velocity 绝对/相对速度11.Peripheral [pə'rifərəl] /Circumferential [sə,kʌmfə'renʃəl] velocity 圆周速度12.Tangential [tæn'dʒenʃəl] /axial/radial velocity切向/轴向/径向速度13.Velocity circulation[,sə:kju'leiʃən] 速度环量14.Meridional [mə'ridiənəl] channel 子午(轴面)流道15.Meridional velocity 子午(轴面)速度16.Angular *'æŋɡjulə] velocity 角速度17.Revolution[,revə'lu:ʃən] speed 转速18.Specific [spi'sifik] speed 比转速19.Blade angle 叶片安放角20.Flow angle 水流角21.Incidence/attack angle 入射角/攻角22.Tip clearance 叶片外缘间隙23.Inlet/outlet edge 进出口边3rd&4th1.Head 水头2.Cavitation 空化3.Cavitation erosion/damage空蚀4.Sand erosion 泥沙磨损5.Eddy/vortex 涡6.Vortex core 涡带7.Opening 开度8.No/over/partial load 空载/过载/部分载荷9.Hydraulic Thrust 水推力10.Pressure pulsation 压力脉动11.Torque/moment 转矩/力矩12.Viscosity 粘度13.Dynamic 动力学(的)14.Kinematic *,kini‘mætik+运动学(的)15.Vibration 振动16.Transient *‘trænsiənt] 瞬态的17.Resonance *‘rezənəns] 共振18.Amplitude 幅值19.Frequency 频率20.Water hammer 水锤21.Power/output 功率/出力22.Operating condition 工况23.Runaway 飞逸24.Characteristic 特性25.Performance 性能26.Rated 额定的27.Inertia *i‘nə:ʃiə] 惯性28.Penstock 压力钢管6th1.Continuous medium连续介质2.Body/Surface force体积力/表面力pressible [kəm'presəbl]可压缩的4.Capillarity *,kæpi‘lærəti]毛细(管)现象5.Surface tension表面张力6.7.8.9.Fluid dynamics/kinematics流体动力学/运动学Aerodynamics *,εərəudai'næmiks]空气动力学Statics 静力学Conservation of mass [,kɔnsə'veiʃən]质量守恒10.Euler/Lagrange[lə'greidʒ]欧拉/拉格朗日11.Stream line/surface/tube流线/流面/流管12.Path line迹线13.Steady/Unsteady定常/非定常14.Integral/Differential [,difə'renʃəl]积分/微分15.Material derivative*di‘rivətiv]随体导数16.Divergence [dai'və:dʒəns ]散度17.Curl 旋度18.Bernoulli equation [bə:'nu:li]伯努利方程19.Irrotational flow[,irəu‘teiʃənəl]无旋流20.Potential flow [pəu'tenʃəl] 有势流21.Velocity potential速度势22.Stream function流函数plex potential ['kɔmpleks]复势24.Vorticity [vɔ:'tisəti]涡量25.Vortex dynamics涡动力学26.Single phase flow单相流27.Axisymmetric flow*,æksisi‘metrik+轴对称流7th1.Constitutive *‘kɔnstitju:tiv] equation 本构方程2.3.4.5.Tensor张量Strain rate应变率Normal stress正应力Shear stress剪切应力6.Newtonian [nju:'təuniən] fluid牛顿流体7.Thermodynamics*,θə:məudai'næmiks]热力学8.Definite condition定解条件9.Initial condition初始条件10.Boundary condition边界条件11.Adhesion [əd‘hi:ʒən] condition粘附条件12.No slip condition无滑移条件13.Rotation有旋性14.Dissipation [disi'peiʃən]耗散性15.Diffusivity [,difju:sivəti]扩散性16.Similarity law 相似律17.Geometric similarity几何相似18.Mechanical similitude力学相似19.Dimensionless/Non-dimensional无量纲20.Reynolds ['renəldz] number雷诺数21.Froude [fru:d] number 弗劳德数22.Strouhal [strəuhæl]number斯特劳哈尔数23.Euler/Mach number欧拉数24.Model test模型试验8th1.Turbulence['tə:bjuləns]湍流minar['læminə] 层流3.Statistical [stə‘tistikəl] theory统计理论4.Ensemble *eŋ‘sɔŋblə] average系综平均5.Turbulent kinetic [ki'netik] energy湍动能6.Producing rate生成率7.Dissipation rate耗散率8.Turbulivity[tə:bju‘liviti+湍流度9.Reynolds stress雷诺应力10.Transport equation输运方程11.Isotropy *ai‘sɔtrəpi]各向同性12.Energy spectrum*‘spektrəm] 能谱13.Turbulent closed mode湍流封闭模式14.Wall function 壁面函数15.Eddy viscosity model涡粘模型16.Coherent [kəu‘hiərənt]structure拟序(相干)结构17.Boundary layer边界层18.Adverse pressure gradient逆压梯度19.Viscous friction粘性摩阻20.Reverse flow回流9th1.Perfect gas理想气体2.State equation状态方程3.Density/Temperature 密度/温度4.Gas constant ['kɔnstənt]气体常数5.Heat conduction [kən'dʌkʃən]热传导6.Specific heat capacity/ratio比热容/比热比7.Internal energy内能8.Enthalpy *en‘θælpi]焓9.Entropy *‘entrəpi]熵10.Adiabatic [,ædiə‘bætik+绝热的11.Isentropy *‘isentrəpi]等熵12.Acoustic [ə‘ku:stik+ velocity声速13.Subsonic/Transonic/Supersonic/Hypersonic压/跨/超/高超音速14.Stagnation [stæɡ‘neiʃən] 滞止15.Critical parameter临界参数16.Velocity coefficient [,kəui'fiʃənt]速度系数17.Shock wave激波pression wave压缩波10th1.Anemometry *,æni‘mɔmitri]测速法2.Visco(si)metry *vis‘kɔmitri]粘度测定法3.Flow visualization[,vizjuəlai'zeiʃən]流动显示4.Oil smoke/film visualization油烟/油膜显示5.Orifice ['ɔrifis ]meter孔板流量计6.Wind/water tunnel风/水洞7.Shock tube激波管8.Towing ['təuiŋ+ tank拖拽水池9.Rotating arm basin ['beisən]旋臂水池10.Pressure tap测压孔11.Manometer [mə'nɔmitə]压力计12.Anemometer *,æni‘mɔmitə]流速计13.Velocimetry [,ve'ləsimitri]速度测量学ser Doppler ['dɔplə] Velocimetry多普勒激光测速法15.Particle Image Velocimetry粒子图像测速法16.Flow meter流量计17.Vorticity meter涡量计18.Sensor/ transducer*trænz‘dju:sə]传感器11th1.Continuity[,kɔnti‘nju:iti+ equation连续性方程2.3.4.5.Momentum/energy equation动量/能量方程Nonlinear [nɔn‘liniə]非线性Partial differential equation偏微分方程Convection diffusion equation对流扩散方程6.Direct Numerical Simulation直接数值模拟7.Finite difference method有限差分法8.Finite volume method有限体积法9.Finite element method有限元法10.Conservation form守恒形式11.Grid/mesh generation网格生成12.(Un)Structured grid(非)结构化网格13.Grid independence网格无关性14.Difference scheme差分格式15.Second order accuracy二阶精度16.Elliptic *i‘liptik +equation椭圆型方程17.Parabolic [,pærə‘bɔlik] equation抛物型方程18.Hyperbolic [,haipə‘bɔlik] equation双曲型方程19.Consistency [kən‘sistənsi] condition相容条件20.Implicit *im‘plisit+ scheme隐式格式21.Explicit *ik‘splisit+ scheme显示格式22.Residual*ri‘zidjuəl]残差23.Parallel *‘pærəlel] computing并行计算24.Cluster *‘klʌstə]机群25.Pre/post process前/后处理第三篇:热能与动力工程专业一直希望自己能够从事一种富有挑战性的事业,去实现自己的人生价值。

热能与动力工程专业英语(整理版)

热能与动力工程专业英语(整理版)

热能与动力工程Thermal Energy and Power Engineering材料与能源学院:Institute of Materials and Energy空调制冷:refrigeration and air conditioning热传导:thermol conduction学生毕业后能胜任现代火力发电厂,制冷与低温工程及相关的热能与动力工程专业的技术与管理工作,并能从事其它能源动力领域的专门技术工作.The graduates may find employment of technology and management in the fields of the Thermal Energy &Power Engineering (TEPE) and its relevance, such as modern power plant or the Refrigeration and Cryogenics Engineering (RCE), the graduates may also engaged in the special technique in the fields related to TEPE.现代空气动力学、流体力学、热力学、水力学以及航空航天工程、水利水电工程、热能工程、流体机械工程都提出了一系列复杂流动问题,其中包括高速流、低速流、管道流、燃烧流、冲击流、振荡流、涡流、湍流、旋转流、多相流等等A series of complicated flow problems have been posed in modern fluid mechanics, aero dynamics, thermodynamics, and aeronautical and aerospace engineering, water conservancy and hydropower engineering, heat energy engineering, fluid machinery engineering, and so on, and they cover high-speed flow, low-speed flow, eddy flow, turbulent flow, burning flow, impact flow, oscillating flow, backflow, and two-phase flow, etc.In the thermal engineering, the studied objects normally are isolated from one another and then we try to analysis the change and interaction, the studied objects isolated is named thermodynamic system.在热力工程中,通常将研究对象分离出来再分析其变化及(与外界)的相互作用,该对象即热力系统。

最新热能与动力工程专业英语(整理版)

最新热能与动力工程专业英语(整理版)

热能与动力工程Thermal Energy and Power Engineering材料与能源学院:Institute of Materials and Energy空调制冷:refrigeration and air conditioning热传导:thermol conduction学生毕业后能胜任现代火力发电厂,制冷与低温工程及相关的热能与动力工程专业的技术与管理工作,并能从事其它能源动力领域的专门技术工作.The graduates may find employment of technology and management in the fields of the Thermal Energy &Power Engineering (TEPE) and its relevance, such as modern power plant or the Refrigeration and Cryogenics Engineering (RCE), the graduates may also engaged in the special technique in the fields related to TEPE.现代空气动力学、流体力学、热力学、水力学以及航空航天工程、水利水电工程、热能工程、流体机械工程都提出了一系列复杂流动问题,其中包括高速流、低速流、管道流、燃烧流、冲击流、振荡流、涡流、湍流、旋转流、多相流等等A series of complicated flow problems have been posed in modern fluid mechanics, aero dynamics, thermodynamics, and aeronautical and aerospace engineering, water conservancy and hydropower engineering, heat energy engineering, fluid machinery engineering, and so on, and they cover high-speed flow, low-speed flow, eddy flow, turbulent flow, burning flow, impact flow, oscillating flow, backflow, and two-phase flow, etc.In the thermal engineering, the studied objects normally are isolated from one another and then we try to analysis the change and interaction, the studied objects isolated is named thermodynamic system.在热力工程中,通常将研究对象分离出来再分析其变化及(与外界)的相互作用,该对象即热力系统。

热能动力工程专业英语

热能动力工程专业英语
Professional English for Thermal Power Engineering
contents
目录
• Overview of Thermal Power Engineering
• Fundamentals of Thermal Power Engineering
• Professional vocabulary for thermal power engineering
Application fields of thermal power engineering
Power generation
Thermal power plants are the main way of power generation, accounting for a large promotion of global electricity production
• Integration with information technology: The integration of thermal power engineering with information technology allows for more effective monitoring, control, and optimization of thermal power plants
• Radiation Heat Transfer: Radiation heat transfer occurs when electromagnetic waves transfer energy between objects Understanding radiation heat transfer is important for designing heat exchanges and other thermal systems

热能与动力工程专业英语词汇大全

热能与动力工程专业英语词汇大全

热能工程专业英语act ACT 动作压机及其驱动装置AC&Dability 能力action 动作,行为AIR CONDITIONING (SYSTEM) A COND (SYS) ABNORMAL AB虾规则的active ACTIVE 激励空气调节系统abnormal operating condition 异常工况active current 有功电流AIR COOLED A COL空气冷却的abort 中断,停止active power 有效功率AIR COOLED CONDENSING PLANTABOVE ABV在……上面active zone 有效区 A COL CDSGabrader研磨,磨石,研磨工具active power A_PW 有功功率PT空气冷却设备ACCPabrasion resistance 耐磨性actual value 实际值AIR COOLED CONDENSING UNIT A COL CDSG U abrupt change 突变actuator 马区动器空气冷却设备ACCUabsence 失去additional safeguard oil 附加保安油air cooler 空气冷却器Absence of brush 无(碳)刷address 地址AIR COOLER A CLR空气冷却器Absolute ABS 绝对的adequate适当的,充分的air cushion 气垫absolute expansion 绝对膨胀ADJACENT ADJ 相邻的air gap 空气隙ABSOLUTE EXPANSION ABS X色对膨胀ADJACENT BOILER ADJ BLR 邻炉AIR HANDLING UNIT A HDLG U 空气输送设备ABSOLUTE PRESSURE ABS 陛对压力adjust 调整,校正AHUAbsolute atmosphere ATA 绝对大气压adjustable fan blade 可调扇页AIR HEATER A HTR空气加热器absorb 吸收adjustable key 可调整销air inlet valve 进气阀ABSORBER ASEffi尼器吸收器adjusting ADJ 调整air nozzles 空气喷嘴absorptance 吸收比,吸收率adjustment 调整,调节air preheater 空气预热器AC Lub oil pump 交流润滑油泵admission steam 进汽AIR PRESSURE REDUCER A P RDCRS气减压acceleration 力口速Admission mode 进汽方式器APRDacceleration limiter 加速度限制器adopt采用AIR RECEIVER A RCVR 储气罐accelerator 力口速器Aerial line 天线Air compressor 空压机accept 接受aerodynamic loss 空气动力损失Air duct pressure 风管压力acceptance test 验收试验本资料为网络资料整理,只供学习交流使用,本资料为网络资料整理,只供学习交流使用,access 通道不做商业用途。

热能与动力工程计划专业英语词汇大全

热能与动力工程计划专业英语词汇大全

//热能工程专业英语ability 能力ABNORMAL ABN 不规则的abnormal operating condition 异常工况abort 中断,停止ABOVE ABV 在……上面abrader 研磨,磨石,研磨工具abrasion resistance 耐磨性abrupt change 突变absence 失去Absence of brush 无(碳)刷Absolute ABS 绝对的absolute expansion 绝对膨胀ABSOLUTE EXPANSION ABS X 绝对膨胀ABSOLUTE PRESSURE ABS P 绝对压力Absolute atmosphere ATA 绝对大气压absorb 吸收ABSORBER ASB 阻尼器吸收器absorptance 吸收比,吸收率AC Lub oil pump 交流润滑油泵acceleration 加速acceleration limiter 加速度限制器accelerator 加速器accept 接受acceptance test 验收试验access 通道accident ACCD 事故accommodate 容纳accomplish 完成,达到accumulate 累积accumulator 蓄能器accumulator 蓄电池,累加器ACCUMULATOR ACM 收集(累加)器本资料为网络资料整理,只供学习交流使用,不做商业用途。

Accumulator battery 蓄电池组accuracy 精确度,准确度acid 酸性,酸的acid cleaning 酸洗ACID CLEANING ACD CLG 酸清洗Acid washing 酸洗ACIDIC ACID ACD 酸化学物质acknowledge ACK 确认acquisition 发现,取得act ACT 动作action 动作,行为active ACTIVE 激励active current 有功电流active power 有效功率active zone 有效区active power A_PW 有功功率actual value 实际值actuator 驱动器additional safeguard oil 附加保安油address 地址adequate 适当的,充分的ADJACENT ADJ. 相邻的ADJACENT BOILER ADJ. BLR 邻炉adjust 调整,校正adjustable fan blade 可调扇页adjustable key 可调整销adjusting ADJ 调整adjustment 调整,调节admission steam 进汽Admission mode 进汽方式adopt 采用Aerial line 天线aerodynamic loss 空气动力损失本资料为网络资料整理,只供学习交流使用,不做商业用途。

热能与动力工程专业英语第四版

热能与动力工程专业英语第四版

热能与动力工程专业英语第四版以下为您提供 20 个关于热能与动力工程专业的英语释义、短语、单词、用法及双语例句:1. **Thermal Energy and Power Engineering**:热能与动力工程- 释义:This term refers to the field that studies and applies technologies related to thermal energy conversion and power generation.- 例句:I'm majoring in Thermal Energy and Power Engineering at the university.(我在大学主修热能与动力工程。

)2. **Heat Transfer**:热传递- 释义:The process by which heat is transferred from one place to another.- 例句:Heat transfer is an important concept in thermal engineering. (热传递是热能工程中的一个重要概念。

)3. **Thermal Efficiency**:热效率- 释义:The ratio of the useful heat output to the total heat input in a thermal system.- 例句:Improving thermal efficiency is a key goal in power generation. (提高热效率是发电的关键目标。

)4. **Power Generation**:发电- 释义:The process of producing electrical power.- 例句:Different methods of power generation have their own advantages and disadvantages. (不同的发电方法各有优缺点。

热能与动力工程专业英语

热能与动力工程专业英语

i.e. it is in steady-state.Often we will consider process that change “slowly”-termed quasi-equilibrium or quasi-static process.A process is quasi-equilibrium if the time rate of change of the process is slow relative to the time it takes for the system to reach thermodynamic equilibrium.It is necessary that a system be quasi-equilibrium before applying many of the thermodynamics relations to that system.热力学第一二定律:In simplest terms,the law of thermodynamics dictate the specific for the movement of heat and work.Basically,the First Law of Thermodynamic is a statement of the conservation of energy-the Second Law is a statement about the direction of that conservation-and the Tired Law is a statement about reaching absolute Zero.The first law of thermodynamic is a statement of the principle of conservation of energy.It can also be considered as defining a property,the internal energy.The Second law of Thermodynamic states that in all energy exchanges,if no energy enters or leaves the system,the potential energy of the state will always be less than that of the initial states.This is also commonly referred to as entropy.举例说明热力学定律应用:a cup of hot coffee left on a table eventually cools,but a cup of cool coffee in the same room never gets hot by itself.The high-temperature energy of the coffee is degraded(transformed into a less useful form at a lower temperature)once it is transferred to the surrounding air.An ordinary house is,in some respects,an exhibition hall filled with womders of thermodynamics.Many ordinary household utensils and applicances are designed,in whole or in part,by using the principles of thermodynamics.Some examples include the electric or gas range,the heating and air-condition systems,the refrigerator,the humidifier,the pressure cooker,the water heater,the iron,and even the computer,and the TV.On a large scale,thermodynamics plays a major part in the design and analysis of automotive engines,rockets,jet engine,and conventional or nuclear power plans,solar collectors,and the design of vehicle form ordinary cars to airplanes.绝热系统:isolated systems:not exchangeing heat,matter or work with their environment.开口系统:exchanging energy (heat and work )and matter with their environment .闭口系统:exchangeing energy (heat and work )but not matter with their environment .孤立系统:rigid boundary :not allowing exchange of work .辐射换热:The mechanism in this case is electromagnetic radiation .We shall limit our discussion to electromagnetic radiation which is propagated as a result of a temperature difference ;this is called thermal radiation .对流传热:when a fluid at rest or in motion is in contact with a surface at a temperature different from the plate ,energy flows in the direction of the lower temperature as required by the principle of thermodynamics .we say that heat is convected away ,and we call the process convection heat transfer .对流传热的方式:There are two convection modes :forced convection and natural convection .If a heated plate were exposed to ambient room air without an external source of motion ,a movement of the air would be experienced as a result of the density gradients near the plate .We call this natural ,or free ,convection as opposed to forced convection ,which is experienced in the case of the fan blowing air over a plate .传热学:Heat transfer is the science that seeks to predict the energy transfer that may take place between material bodies as a result of a temperature difference .传热学和热力学的区别:Thermodynamics teaches that this energy transfer is defined as heat .The science of heat transfer seeks not merely to explain how heat energy may be transferred ,but also to predict the rate at which the exchange will take place under certain specified conditions .The fact that a heat -transfer rate is the desired objective of an analysis points out the difference between heat transfer and thermodynamics .Thermodynamics deals with systems in equilibrium ;it may be used to predict the amount of energy required to change a system from one equilibrium state to another ;it may not be used to predict how fast a change will take place since the system is not in equilibrium during the process .Heat transfer supplements the first and second principles of thermodynamics by providing additional experimental rules which may be used to establish energy -transfer rates .As in the science of thermodynamics ,the experimental rules used as a basis of the subject of heat transfer are rather simple and easily expanded to encompass a variety of practical situations .影响辐射传热的因素:To take account of the “gray” nature of such surface we introduce another factor into热能与动力工程thermal energy and power engineering能量转化energy-transfer比例常数proportionality constant比例系数proportionality factor活性中心active center对流传热convection heat transfer电磁辐射electromagnetic radiation角系数view factor准静态过程quasi-static process准平衡quasi-equilibrium静态平衡static equilibrium强度参数intensive property广延参数extensive property燃烧机理combustion mechanism平均分子运动average molecular motion 热反应堆thermal reactor热力学性质thermodynamic property摩尔热容molar heat capacity动能kinetic energy压缩因子compressibility factor温度传感器temperature sensor测量电路measurement circuit电压输出voltage output静电荷electrostatic charge励磁电源excitation power内能internal energy能量原理energy principle能量平衡energy balance能量守恒conservation of energy剪切应力shear force/stress角速度angular velocity速度梯度velocity gradient温度梯度temperature gradient一维one-dimensional机械能mechanical energy内能internal energy动能kinetic energy势能potential energy凝固/硬化take a set流体动力学fluid dynamic hydrodynamics 蒸汽发生系统steam generating system辅助设备auxiliary equipment空煤比the air-coal ratio质量作用定律the law of mass action阿伦尼乌斯定律arrhennius law活化分子active molecule活化分子碎片active molecule fragments 活化能activation energy 自由价free valency支链反应定律the law of branched chain reactions 化学反应方程式stoichiometric equation活化中心active centres能级energy levels甲烷methane ch4压缩机compressor冷凝器condenser膨胀阀expansion valve可逆reversible绝热adiabatic等熵isentropic余隙容积clearance volume比容specific volume压力损失pressure loss溶液给水温度liquid feed temperature体积流速the volume flow rate液压头liquid head成比例的proportional成反比例的inversely proportional热力学定律principles of thermodynamics平衡温度equilibrium temperature相变phase change导热性thermal conductivity传热系数heat transfer coefficient强制对流forced convection自然对流natural convection外表面external surface焓enthalpy熵entropy对流传热convection heat transfer牛顿冷却公式Newton law of cooling流体物性properties of the liquid质量流量比mass flow ratio电磁辐射能electromagnetic energy热辐射thermal radiation净辐射量net radiation流体力学fluid mechanics热力学性质thermodynamic property牛顿粘性定律Newton law of vosicosity温熵图temperature-entropy diagram回转式发动机rotary engine汽轮机steam turbine光化学烟雾photochemical smog核电站nuclear power plant流化床燃烧fluildized bed combustion余热锅炉a heat recovery builer表面积surface areai.e. it is in steady-state.Often we will consider process that change “slowly”-termed quasi-equilibrium or quasi-static process.A process is quasi-equilibrium if the time rate of change of the process is slow relative to the time it takes for the system to reach thermodynamic equilibrium.It is necessary that a system be quasi-equilibrium before applying many of the thermodynamics relations to that system.热力学第一二定律:In simplest terms,the law of thermodynamics dictate the specific for the movement of heat and work.Basically,the First Law of Thermodynamic is a statement of the conservation of energy-the Second Law is a statement about the direction of that conservation-and the Tired Law is a statement about reaching absolute Zero.The first law of thermodynamic is a statement of the principle of conservation of energy.It can also be considered as defining a property,the internal energy.The Second law of Thermodynamic states that in all energy exchanges,if no energy enters or leaves the system,the potential energy of the state will always be less than that of the initial states.This is also commonly referred to as entropy.举例说明热力学定律应用:a cup of hot coffee left on a table eventually cools,but a cup of cool coffee in the same room never gets hot by itself.The high-temperature energy of the coffee is degraded(transformed into a less useful form at a lower temperature)once it is transferred to the surrounding air.An ordinary house is,in some respects,an exhibition hall filled with womders of thermodynamics.Many ordinary household utensils and applicances are designed,in whole or in part,by using the principles of thermodynamics.Some examples include the electric or gas range,the heating and air-condition systems,the refrigerator,the humidifier,the pressure cooker,the water heater,the iron,and even the computer,and the TV.On a large scale,thermodynamics plays a major part in the design and analysis of automotive engines,rockets,jet engine,and conventional or nuclear power plans,solar collectors,and the design of vehicle form ordinary cars to airplanes.绝热系统:isolated systems:not exchangeing heat,matter or work with their environment.开口系统:exchanging energy (heat and work )and matter with their environment .闭口系统:exchangeing energy (heat and work )but not matter with their environment .孤立系统:rigid boundary :not allowing exchange of work .辐射换热:The mechanism in this case is electromagnetic radiation .We shall limit our discussion to electromagnetic radiation which is propagated as a result of a temperature difference ;this is called thermal radiation .对流传热:when a fluid at rest or in motion is in contact with a surface at a temperature different from the plate ,energy flows in the direction of the lower temperature as required by the principle of thermodynamics .we say that heat is convected away ,and we call the process convection heat transfer .对流传热的方式:There are two convection modes :forced convection and natural convection .If a heated plate were exposed to ambient room air without an external source of motion ,a movement of the air would be experienced as a result of the density gradients near the plate .We call this natural ,or free ,convection as opposed to forced convection ,which is experienced in the case of the fan blowing air over a plate .传热学:Heat transfer is the science that seeks to predict the energy transfer that may take place between material bodies as a result of a temperature difference .传热学和热力学的区别:Thermodynamics teaches that this energy transfer is defined as heat .The science of heat transfer seeks not merely to explain how heat energy may be transferred ,but also to predict the rate at which the exchange will take place under certain specified conditions .The fact that a heat -transfer rate is the desired objective of an analysis points out the difference between heat transfer and thermodynamics .Thermodynamics deals with systems in equilibrium ;it may be used to predict the amount of energy required to change a system from one equilibrium state to another ;it may not be used to predict how fast a change will take place since the system is not in equilibrium during the process .Heat transfer supplements the first and second principles of thermodynamics by providing additional experimental rules which may be used to establish energy -transfer rates .As in the science of thermodynamics ,the experimental rules used as a basis of the subject of heat transfer are rather simple and easily expanded to encompass a variety of practical situations .影响辐射传热的因素:To take account of the “gray” nature of such surface we introduce another factor into热能与动力工程thermal energy and power engineering能量转化energy-transfer比例常数proportionality constant比例系数proportionality factor活性中心active center对流传热convection heat transfer电磁辐射electromagnetic radiation角系数view factor准静态过程quasi-static process准平衡quasi-equilibrium静态平衡static equilibrium强度参数intensive property广延参数extensive property燃烧机理combustion mechanism平均分子运动average molecular motion 热反应堆thermal reactor热力学性质thermodynamic property摩尔热容molar heat capacity动能kinetic energy压缩因子compressibility factor温度传感器temperature sensor测量电路measurement circuit电压输出voltage output静电荷electrostatic charge励磁电源excitation power内能internal energy能量原理energy principle能量平衡energy balance能量守恒conservation of energy剪切应力shear force/stress角速度angular velocity速度梯度velocity gradient温度梯度temperature gradient一维one-dimensional机械能mechanical energy内能internal energy动能kinetic energy势能potential energy凝固/硬化take a set流体动力学fluid dynamic hydrodynamics 蒸汽发生系统steam generating system辅助设备auxiliary equipment空煤比the air-coal ratio质量作用定律the law of mass action阿伦尼乌斯定律arrhennius law活化分子active molecule活化分子碎片active molecule fragments 活化能activation energy自由价free valency 支链反应定律the law of branched chain reactions 化学反应方程式stoichiometric equation活化中心active centres能级energy levels甲烷methane ch4压缩机compressor冷凝器condenser膨胀阀expansion valve可逆reversible绝热adiabatic等熵isentropic余隙容积clearance volume比容specific volume压力损失pressure loss溶液给水温度liquid feed temperature体积流速the volume flow rate液压头liquid head成比例的proportional成反比例的inversely proportional热力学定律principles of thermodynamics平衡温度equilibrium temperature相变phase change导热性thermal conductivity传热系数heat transfer coefficient强制对流forced convection自然对流natural convection外表面external surface焓enthalpy熵entropy对流传热convection heat transfer牛顿冷却公式Newton law of cooling流体物性properties of the liquid质量流量比mass flow ratio电磁辐射能electromagnetic energy热辐射thermal radiation净辐射量net radiation流体力学fluid mechanics热力学性质thermodynamic property牛顿粘性定律Newton law of vosicosity温熵图temperature-entropy diagram回转式发动机rotary engine汽轮机steam turbine光化学烟雾photochemical smog核电站nuclear power plant流化床燃烧fluildized bed combustion余热锅炉a heat recovery builer表面积surface area。

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热能与动力工程Thermal Energy and Power Engineering材料与能源学院:Institute of Materials and Energy空调制冷:refrigeration and air conditioning热传导:thermol conduction学生毕业后能胜任现代火力发电厂,制冷与低温工程及相关的热能与动力工程专业的技术与管理工作,并能从事其它能源动力领域的专门技术工作.The graduates may find employment of technology and management in the fields of the Thermal Energy &Power Engineering (TEPE) and its relevance, such as modern power plant or the Refrigeration and Cryogenics Engineering (RCE), the graduates may also engaged in the special technique in the fields related to TEPE.现代空气动力学、流体力学、热力学、水力学以及航空航天工程、水利水电工程、热能工程、流体机械工程都提出了一系列复杂流动问题,其中包括高速流、低速流、管道流、燃烧流、冲击流、振荡流、涡流、湍流、旋转流、多相流等等A series of complicated flow problems have been posed in modern fluid mechanics, aero dynamics, thermodynamics, and aeronautical and aerospace engineering, water conservancy and hydropower engineering, heat energy engineering, fluid machinery engineering, and so on, and they cover high-speed flow, low-speed flow, eddy flow, turbulent flow, burning flow, impact flow, oscillating flow, backflow, and two-phase flow, etc.In the thermal engineering, the studied objects normally are isolated from one another and then we try to analysis the change and interaction, the studied objects isolated is named thermodynamic system.在热力工程中,通常将研究对象分离出来再分析其变化及(与外界)的相互作用,该对象即热力系统。

Conduction is a process that the heat transfers from the parts of high temperature of the object to the low or from a warmer object to the cooler contacting with it. 2导热即热量从物体的高温部向低温部或从热物体向与之接触的冷物体传递的过程。

Thermal convection may occur from one location to another by means of current set up in a fluid medium. 4对流是借助于流体介质形成的介质流来实现热量传递任务的。

For radiant heat transfer, there is a change in energy form; from internal energy at the source to e lectromagnetic energy for transmission, then back to internal energy at the receiver. 6而热辐射(过程的实现)有一能量形式的转换过程,即热源内能(先)转化为电磁能进行传递,再于接受处转化为内能形式。

Radiation is the only type of heat transfer that can travel through a vacuum, such as space, because radiation i s not dependent of matter as a medium of heat transfer. This is impossible with convection and conduction because they require some form of matter, like air or water, tobe the transmitting medium.热辐射是唯一能够穿透真空(如宇宙空间)的热传递形式,因为热辐射不依赖于介质。

这对于热对流和热传导是不可能的,因为它们需要空气和水等热传递介质。

BoilerA boiler is a closed vessel in which water (or other fluid) is heated under pressure and generate steam, the fluid is then circulated out of theboiler for use in various processes or heating applications, such as formotive power or to provide heating in a house. 1锅炉是一种闭口容器,水(或其他流体)被加热产生压力蒸汽,然后循环于锅炉外各种过程或加热应用,如提供动力和为房间供热。

Electric boilers use resistance or immersion type heating elements. Nuclear fission is also used as a heat source for generating steam. Heat recovery steam generators (HRSGs) use the heat rejected from other processes such as gas turbines.电锅炉使用电阻或浸入式加热元件。

原子核裂变也用于产生蒸汽的热源。

回热式蒸汽发生器(简称HRSGs)是利用其它过程中排放的热量来工作的,如燃气轮机中燃气的余热。

The water-tube construction facilitates obtaining greater boiler capacity,and the use of higher pressu re. In addition, the water-tube boiler offers greater versatility in arrangement and it permits the most efficient use of the furnace, super-heater, re-heater and other heat recovery components. Water-tube boilers may be classified as straight-tube and bent-tube.水管结构有利于取得更好的锅炉容量,更高的压力。

此外,水管锅炉为锅炉布置提供了更大的灵活性,它允许炉最有效地利用炉,过热器,再热器及其他热回收组件。

It is necessary to keep the tube metal temperatures in all the circuits of a steam generating unit under the critical. 2保持蒸汽发电机所有回路的金属管温度在临界值之下很必要。

text4The fluid of a steam turbine is steam. Some of the heat and pressure energy of it are changed into mechanical energy by imparting rotary motion to turbine blade wheels.2 In turbines the rotary motion is obtained by direct action of the steam on the blade wheels or rotors. The speed of a fluid flow, which in water turbines is produced by a fall in level, in steam turbines is produced by a fall in pressure of the steam from the boiler.汽轮机所用的流体是水蒸汽。

其中部分热能和压力能由于驱动涡轮机叶轮旋转变为机械能。

在汽轮机中旋转运动是由水蒸汽对叶片轮或转子直接作用所获得的。

对于流体流动的速度,在水汽轮机中是由高度差产生,在蒸汽轮机中由来自锅炉的压力差产生。

because the turbine generates rotary motion, rather than requiring a linkage mechanism to convert reciprocating to rotary motion, it is particularly suited for use driving an electrical generator — about 86% of all. electric generation in the world is by use of steam turbines.因为涡轮产生旋转运动,而不需要联动机制转换往复运动,特别适合用于驱动发电机(世界上约86 %的发电装置采用汽轮机)。

The chief advantages of the turbine are freedom from vibration and noise, smooth and uniform rotary force, and ability to handle large quantities of fluid-in this case steam,涡轮机主要优点是无振动、低噪音、运转平稳和适应大流量Unit3 Text7Refrigeration is the process of removing heat from matter which may be a solid, a liquid, or a gas.1 Refrigeration maintains the temperature of the heat source below that of its surroundings while transferring the extracted heat, and any required energy input, to atmospheric air, or water.制冷是移除固体、液体或气体物质中的热量的过程。

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