工程热力学（英文影印版 原书第7版） Thermodynamics An Engineering Approach

当前位置:首页 > 教材 > 研究生/本科/专科教材 > 工程热力学（英文影印版 原书第7版） Thermodynamics An Engineering Approach

• 版 次：1
• 页 数：
• 字 数：
• 印刷时间：2016年03月01日
• 开 本：16开
• 纸 张：胶版纸
• 包 装：平装
• 是否套装：否
• 国际标准书号ISBN：9787111526391
• 丛书名：时代教育·国外高校优秀教材精选

作者:[美]尤努斯 A切盖尔出版社:机械工业出版社出版时间:2016年03月 

内容简介

本书介绍了工程热力学的基本原理。内容包括：概述与基本概念，能量、能量传递与通用能量分析方法，纯物质的性质，闭口系统的能量分析，控制体积的质量和能量分析，热力学第二定律，熵，火用，气体动力循环，蒸汽动力循环，制冷循环，热力学性质关系式，混合气体，湿蒸汽和空气调节，化学反应，化学与相平衡，以及可压缩流动。书中有大量结合工程应用的实例，可增加读者对工程热力学的兴趣，提高解决实际问题的能力，章后的小结和大量的习题可使读者更好地学习和掌握本书内容。 

目　　录

序ⅲ

前言ⅹⅰⅹ

第1章概述与基本概念1

11热力学与能量2

12量纲与单位的重要性3

13系统与控制体积10

14系统的特性12
<p> 序ⅲ<span><br /> <br /> </span>前言ⅹⅰⅹ<span><br /> <br /> </span>第<span>1</span>章概述与基本概念<span>1<br /> <br /> 1</span><span>1</span>热力学与能量<span>2<br /> <br /> 1</span><span>2</span>量纲与单位的重要性<span>3<br /> <br /> 1</span><span>3</span>系统与控制体积<span>10<br /> <br /> 1</span><span>4</span>系统的特性<span>12<br /> <br /> 1</span><span>5</span>密度与相对密度<span>13<br /> <br /> 1</span><span>6</span>状态与平衡<span>14<br /> <br /> 1</span><span>7</span>过程与循环<span>15<br /> <br /> 1</span><span>8</span>温度与热力学第零定律<span>17<br /> <br /> 1</span><span>9</span>压力<span>21<br /> <br /> 1</span><span>10</span>压力计<span>26<br /> <br /> 1</span><span>11</span>气压计与大气压<span>29<br /> <br /> 1</span><span>12</span>求解问题技巧<span>33<br /> <br /> </span>本章小结<span>38<br /> <br /> </span>参考文献与推荐读物<span>39<br /> <br /> </span>习题<span>39<br /> <br /> </span>第<span>2</span>章能量、能量传递与通用能量分析方法<span>51<br /> <br /> 2</span><span>1</span>引言<span>52<br /> <br /> 2</span><span>2</span>能量的形式<span>53<br /> <br /> 2</span><span>3</span>通过热传递能量<span>60<br /> <br /> 2</span><span>4</span>通过功传递能量<span>62<br /> <br /> 2</span><span>5</span>功的机械形式<span>66<br /> <br /> 2</span><span>6</span>热力学第一定律<span>70<br /> <br /> 2</span><span>7</span>能量转化效率<span>78<br /> <br /> 2</span><span>8</span>能源与环境<span>86<br /> <br /> </span>特殊兴趣主题：传热机理<span>92<br /> <br /> </span>本章小结<span>96<br /> <br /> </span>参考文献与推荐读物<span>97<br /> <br /> </span>习题<span>98<br /> <br /> </span>第<span>3</span>章纯物质的性质<span>111<br /> <br /> 3</span><span>1</span>纯物质<span>112<br /> <br /> 3</span><span>2</span>纯物质的相<span>112<br /> <br /> 3</span><span>3</span>纯物质的相变过程<span>113<br /> <br /> 3</span><span>4</span>相变过程的物性图<span>118<br /> <br /> 3</span><span>5</span>物性表<span>124<br /> <br /> 3</span><span>6</span>理想气体状态方程<span>134<br /> <br /> 3</span><span>7</span>压缩因子——偏离理想气体的度量<span>137<br /> <br /> 3</span><span>8</span>其他状态方程<span>174<br /> <br /> </span>特殊兴趣主题：蒸汽压和相平衡<span>146<br /> <br /> </span>本章小结<span>150<br /> <br /> </span>参考文献与推荐读物<span>151<br /> <br /> </span>习题<span>151<br /> <br /> </span>第<span>4</span>章闭口系统的能量分析<span>163<br /> <br /> 4</span><span>1</span>移动界面做功<span>164<br /> <br /> 4</span><span>2</span>闭口系统的能量平衡<span>169<br /> <br /> 4</span><span>3</span>比热容<span>174<br /> <br /> 4</span><span>4</span>理想气体的热力学能、焓和比热容<span>176<br /> <br /> 4</span><span>5</span>固体和液体的热力学能、焓和比热容<span>183<br /> <br /> </span>特殊兴趣主题：生物系统的热力学内容<span>187<br /> <br /> </span>本章小结<span>195<br /> <br /> </span>参考文献与推荐读物<span>195<br /> <br /> </span>习题<span>196<br /> <br /> </span>第<span>5</span>章控制体积的质量和能量分析<span>213<br /> <br /> 5</span><span>1</span>质量守恒<span>214<br /> <br /> 5</span><span>2</span>流动工质的流动功与能量<span>221<br /> <br /> 5</span><span>3</span>稳定流动系统的能量分析<span>224<br /> <br /> 5</span><span>4</span>稳定流动系统的工业设备<span>227<br /> <br /> 5</span><span>5</span>非稳定流动过程的能量分析<span>240<br /> <br /> </span>特殊兴趣主题：一般能量方程<span>245<br /> <br /> </span>本章小结<span>249<br /> <br /> </span>参考文献与推荐读物<span>250<br /> <br /> </span>习题<span>250<br /> <br /> </span>第<span>6</span>章热力学第二定律<span>273<br /> <br /> 6</span><span>1</span>热力学第二定律简介<span>274<br /> <br /> 6</span><span>2</span>热源<span>275<br /> <br /> 6</span><span>3</span>热机<span>276<br /> <br /> 6</span><span>4</span>制冷机与热泵<span>281<br /> <br /> 6</span><span>5</span>永动机<span>288<br /> <br /> 6</span><span>6</span>可逆过程与不可逆过程<span>290<br /> <br /> 6</span><span>7</span>卡诺循环<span>293<br /> <br /> 6</span><span>8</span>卡诺定理<span>295<br /> <br /> 6</span><span>9</span>热力学温标<span>297<br /> <br /> 6</span><span>10</span>卡诺热机<span>299<br /> <br /> 6</span><span>11</span>卡诺制冷机与热泵<span>302<br /> <br /> </span>特殊兴趣主题：家用电冰箱<span>305<br /> <br /> </span>本章小结<span>309<br /> <br /> </span>参考文献与推荐读物<span>310<br /> <br /> </span>习题<span>310vi<br /> <br /> </span>工程热力学<span>vii<br /> <br /> </span>目录<span><br /> <br /> </span>第<span>7</span>章熵<span>327<br /> <br /> 7</span><span>1</span>熵<span>328<br /> <br /> 7</span><span>2</span>熵增原理<span>331<br /> <br /> 7</span><span>3</span>纯物质的熵变<span>335<br /> <br /> 7</span><span>4</span>等熵过程<span>338<br /> <br /> 7</span><span>5</span>有关熵的物性图<span>340<br /> <br /> 7</span><span>6</span>熵是什么？<span>341<br /> <br /> 7</span><span>7T ds</span>关系式<span>345<br /> <br /> 7</span><span>8</span>液体与固体的熵变<span>346<br /> <br /> 7</span><span>9</span>理想气体的熵变<span>350<br /> <br /> 7</span><span>10</span>可逆稳定流动功<span>357<br /> <br /> 7</span><span>11</span>最小压缩功<span>360<br /> <br /> 7</span><span>12</span>稳定流动设备的等熵效率<span>364<br /> <br /> 7</span><span>13</span>熵平衡<span>371<br /> <br /> </span>特殊兴趣主题：降低压缩空气的成本<span>383<br /> <br /> </span>本章小结<span>392<br /> <br /> </span>参考文献与推荐读物<span>393<br /> <br /> </span>习题<span>394<br /> <br /> </span>第<span>8</span>章：做功能力的度量<span>419<br /> <br /> 8</span><span>1</span>：能量的做功能力<span>420<br /> <br /> 8</span><span>2</span>可逆功与不可逆性<span>423<br /> <br /> 8</span><span>3</span>热力学第二定律效率ηⅡ<span>428<br /> <br /> 8</span><span>4</span>系统的变<span>431<br /> <br /> 8</span><span>5</span>通过热量、功、质量传递<span>436<br /> <br /> 8</span><span>6</span>贬值原理与损<span>439<br /> <br /> 8</span><span>7</span>平衡：闭口系统<span>441<br /> <br /> 8</span><span>8</span>平衡：控制体积<span>452<br /> <br /> </span>特殊兴趣主题：日常生活中的热力学第二定律<span>461<br /> <br /> </span>本章小结<span>465<br /> <br /> </span>参考文献与推荐读物<span>466<br /> <br /> </span>习题<span>466<br /> <br /> </span>第<span>9</span>章气体动力循环<span>483<br /> <br /> 9</span><span>1</span>动力循环分析的基本思想<span>484<br /> <br /> 9</span><span>2</span>卡诺循环及其在工业中的价值<span>486<br /> <br /> 9</span><span>3</span>空气标准假设<span>488<br /> <br /> 9</span><span>4</span>往复式机器概述<span>488<br /> <br /> 9</span><span>5</span>奥托循环：点燃式热机的理想循环<span>490<br /> <br /> 9</span><span>6</span>狄塞尔循环：压燃式热机的理想循环<span>496<br /> <br /> 9</span><span>7</span>斯特林和爱立信循环<span>499<br /> <br /> 9</span><span>8</span>布雷顿循环：燃气轮机的理想循环<span>503<br /> <br /> 9</span><span>9</span>具有回热的布雷顿循环<span>510<br /> <br /> 9</span><span>10</span>中冷、再热、回热布雷顿循环<span>513<br /> <br /> 9</span><span>11</span>理想射流引射循环<span>517<br /> <br /> 9</span><span>12</span>气体动力循环的热力学第二定律分析<span>523<br /> <br /> </span>特殊兴趣主题：通过良好的驾驶习惯节油省钱<span>527<br /> <br /> </span>本章小结<span>533<br /> <br /> </span>参考文献与推荐读物<span>535<br /> <br /> </span>习题<span>535<br /> <br /> </span>第<span>10</span>章蒸汽动力循环与联合动力循环<span>551<br /> <br /> 10</span><span>1</span>卡诺蒸汽循环<span>552<br /> <br /> 10</span><span>2</span>朗肯循环：理想的蒸汽动力循环<span>553<br /> <br /> 10</span><span>3</span>实际蒸汽动力循环对于理想循环的偏离<span>556<br /> <br /> 10</span><span>4</span>如何提高朗肯循环的效率？<span>559<br /> <br /> 10</span><span>5</span>理想再热朗肯循环<span>563<br /> <br /> 10</span><span>6</span>理想回热朗肯循环<span>567<br /> <br /> 10</span><span>7</span>蒸汽动力循环的热力学第二定律分析<span>575<br /> <br /> 10</span><span>8</span>热电联产<span>577<br /> <br /> 10</span><span>9</span>燃气蒸汽联合动力循环<span>582<br /> <br /> </span>特殊兴趣主题：二元气相循环<span>585<br /> <br /> </span>本章小结<span>588<br /> <br /> </span>参考文献与推荐读物<span>588<br /> <br /> </span>习题<span>589<br /> <br /> </span>第<span>11</span>章制冷循环<span>607<br /> <br /> 11</span><span>1</span>制冷机与热泵<span>608<br /> <br /> 11</span><span>2</span>逆向卡诺循环<span>609<br /> <br /> 11</span><span>3</span>理想蒸气压缩制冷循环<span>610<br /> <br /> 11</span><span>4</span>实际蒸气压缩制冷循环<span>613<br /> <br /> 11</span><span>5</span>蒸气压缩制冷循环的热力学第二定律分析<span>615<br /> <br /> 11</span><span>6</span>制冷剂的合理选择<span>620<br /> <br /> 11</span><span>7</span>热泵系统<span>622<br /> <br /> 11</span><span>8</span>蒸气压缩制冷系统的改进<span>623<br /> <br /> 11</span><span>9</span>气体制冷系统<span>630<br /> <br /> 11</span><span>10</span>吸收式制冷系统<span>633<br /> <br /> </span>特殊兴趣主题：热电发电和制冷系统<span>636<br /> <br /> </span>本章小结<span>638<br /> <br /> </span>参考文献与推荐读物<span>639<br /> <br /> </span>习题<span>639<br /> <br /> </span>第<span>12</span>章热力学性质关系式<span>657<br /> <br /> 12</span><span>1</span>数学知识——偏微分与相应关系<span>658<br /> <br /> 12</span><span>2</span>麦克斯韦关系式<span>663<br /> <br /> 12</span><span>3</span>克拉贝隆方程<span>664<br /> <br /> 12</span><span>4du</span>、<span>dh</span>、<span>ds</span>、<span>cv</span>和<span>cp</span>的通用关系式<span>667<br /> <br /> 12</span><span>5</span>焦耳汤姆孙系数<span>674<br /> <br /> 12</span></p>

显示全部信息

书摘插画

<div class='pic' style='text-align:center'><img data-original='http://img57.ddimg.cn/99999990000204017.jpg' src="images/loading.gif" alt='插图' /></div><br><div class='pic' style='text-align:center'><img data-original='http://img58.ddimg.cn/99999990000204018.jpg' src="images/loading.gif" alt='插图' /></div><br><div class='pic' style='text-align:center'><img data-original='http://img50.ddimg.cn/99999990000204020.jpg' src="images/loading.gif" alt='插图' /></div><br><div class='pic' style='text-align:center'><img data-original='http://img51.ddimg.cn/99999990000204021.jpg' src="images/loading.gif" alt='插图' /></div>

显示全部信息

---

 工程热力学（英文影印版 原书第7版） Thermodynamics An Engineering Approach下载

---