![工程热力学（英文影印版 原书第7版） [ Thermodynamics An Engineering Approach]](https://pic.windowsfront.com/11890592/56eb642aNbd57ce03.jpg)
具体描述
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11��1热力学与能量21��2量纲与单位的重要性31��3系统与控制体积101��4系统的特性121��5密度与相对密度131��6状态与平衡141��7过程与循环151��8温度与热力学第零定律171��9压力211��10压力计261��11气压计与大气压291��12求解问题技巧33本章小结38参考文献与推荐读物39习题39第2章能量、能量传递与通用能量分析方法512��1引言522��2能量的形式532��3通过热传递能量602��4通过功传递能量622��5功的机械形式662��6热力学第一定律702��7能量转化效率782��8能源与环境86特殊兴趣主题：传热机理92本章小结96参考文献与推荐读物97习题98第3章纯物质的性质1113��1纯物质1123��2纯物质的相1123��3纯物质的相变过程1133��4相变过程的物性图1183��5物性表1243��6理想气体状态方程1343��7压缩因子——偏离理想气体的度量1373��8其他状态方程174特殊兴趣主题：蒸汽压和相平衡146本章小结150参考文献与推荐读物151习题151第4章闭口系统的能量分析1634��1移动界面做功1644��2闭口系统的能量平衡1694��3比热容1744��4理想气体的热力学能、焓和比热容1764��5固体和液体的热力学能、焓和比热容183特殊兴趣主题：生物系统的热力学内容187本章小结195参考文献与推荐读物195习题196第5章控制体积的质量和能量分析2135��1质量守恒2145��2流动工质的流动功与能量2215��3稳定流动系统的能量分析2245��4稳定流动系统的工业设备2275��5非稳定流动过程的能量分析240特殊兴趣主题：一般能量方程245本章小结249参考文献与推荐读物250习题250第6章热力学第二定律2736��1热力学第二定律简介2746��2热源2756��3热机2766��4制冷机与热泵2816��5永动机2886��6可逆过程与不可逆过程2906��7卡诺循环2936��8卡诺定理2956��9热力学温标2976��10卡诺热机2996��11卡诺制冷机与热泵302特殊兴趣主题：家用电冰箱305本章小结309参考文献与推荐读物310习题310vi工程热力学vii目录第7章熵3277��1熵3287��2熵增原理3317��3纯物质的熵变3357��4等熵过程3387��5有关熵的物性图3407��6熵是什么？3417��7T ds关系式3457��8液体与固体的熵变3467��9理想气体的熵变3507��10可逆稳定流动功3577��11最小压缩功3607��12稳定流动设备的等熵效率3647��13熵平衡371特殊兴趣主题：降低压缩空气的成本383本章小结392参考文献与推荐读物393习题394第8章：做功能力的度量4198��1：能量的做功能力4208��2可逆功与不可逆性4238��3热力学第二定律效率ηⅡ4288��4系统的变4318��5通过热量、功、质量传递4368��6贬值原理与损4398��7平衡：闭口系统4418��8平衡：控制体积452特殊兴趣主题：日常生活中的热力学第二定律461本章小结465参考文献与推荐读物466习题466第9章气体动力循环4839��1动力循环分析的基本思想4849��2卡诺循环及其在工业中的价值4869��3空气标准假设4889��4往复式机器概述4889��5奥托循环：点燃式热机的理想循环4909��6狄塞尔循环：压燃式热机的理想循环4969��7斯特林和爱立信循环4999��8布雷顿循环：燃气轮机的理想循环5039��9具有回热的布雷顿循环5109��10中冷、再热、回热布雷顿循环5139��11理想射流引射循环5179��12气体动力循环的热力学第二定律分析523特殊兴趣主题：通过良好的驾驶习惯节油省钱527本章小结533参考文献与推荐读物535习题535第10章蒸汽动力循环与联合动力循环55110��1卡诺蒸汽循环55210��2朗肯循环：理想的蒸汽动力循环55310��3实际蒸汽动力循环对于理想循环的偏离55610��4如何提高朗肯循环的效率？55910��5理想再热朗肯循环56310��6理想回热朗肯循环56710��7蒸汽动力循环的热力学第二定律分析57510��8热电联产57710��9燃气.蒸汽联合动力循环582特殊兴趣主题：二元气相循环585本章小结588参考文献与推荐读物588习题589第11章制冷循环60711��1制冷机与热泵60811��2逆向卡诺循环60911��3理想蒸气压缩制冷循环61011��4实际蒸气压缩制冷循环61311��5蒸气压缩制冷循环的热力学第二定律分析61511��6制冷剂的合理选择62011��7热泵系统62211��8蒸气压缩制冷系统的改进62311��9气体制冷系统63011��10吸收式制冷系统633特殊兴趣主题：热电发电和制冷系统636本章小结638参考文献与推荐读物639习题639第12章热力学性质关系式65712��1数学知识——偏微分与相应关系65812��2麦克斯韦关系式66312��3克拉贝隆方程66412��4du、dh、ds、cv和cp的通用关系式66712��5焦耳.汤姆孙系数67412��6真实气体的Δh、Δu和Δs676本章小结681参考文献与推荐读物682习题682第13章混合气体68913��1混合气体的成分：质量分数与摩尔分数69013��2混合气体的P.v.T关系：理想气体和真实气体69213��3混合气体的性质：理想气体和真实气体697特殊兴趣主题：化学势和混合物的分离功705本章小结716参考文献与推荐读物717习题717第14章气体.蒸汽混合物与空气调节72714��1干空气和大气中的空气72814��2空气的绝对湿度和相对湿度72914��3露点温度73114��4绝热饱和温度与湿球温度73314��5焓湿图73614��6人体舒适度与空气调节73714��7空气调节过程739本章小结749参考文献与推荐读物751习题751第15章化学反应76315��1燃料与燃烧76415��2理论与实际的燃烧过程76815��3生成焓与燃烧焓77515��4反应系统的热力学第一定律分析77815��5绝热火焰温度78415��6反应系统的熵变78615��7反应系统的热力学第二定律分析788特殊兴趣主题：燃料电池794本章小结796参考文献与推荐读物797习题797第16章化学与相平衡80916��1化学平衡的判据81016��2理想气体混合物的平衡常数81216��3关于理想气体混合物平衡常数Kp的讨论81616��4同步反应的化学平衡82016��5Kp随温度的变化82216��6相平衡824本章小结832参考文献与推荐读物833习题833第17章可压缩流动84317��1滞止点性质84417��2声速与马赫数84717��3一元等熵流动84917��4喷管的等熵流动85617��5激波与膨胀波86517��6有传热与可忽略摩擦的管道流动（瑞利流）88017��7蒸汽喷管889本章小结892参考文献与推荐读物893习题894附录热力性质图表903表A.1摩尔质量、气体常数和临界点属性904表A.2各种常见气体的理想气体比热容905表A.3常见液体、固体和食物的性质908表A.4饱和水——温度表910表A.5饱和水——压力表912表A.6过热水914表A.7压缩液态水918表A.8饱和冰.水蒸气919图A.9水的T.s图920图A.10水的焓熵图921表A.11134a制冷剂的饱和温度表922表A.12134a制冷剂的饱和压力表924表A.13过热134a制冷剂925图A.14134a制冷剂的P.h图927图A.15纳尔逊.奥伯特通用压缩系数图928表A.16高海拔大气的性质929表A.17空气的理想气体特性930表A.18氮气（N2）的理想气体特性932表A.19氧气（O2）的理想气体特性934表A.20二氧化碳（CO2）的理想气体特性936表A.21一氧化碳（CO）的理想气体特性938表A.22氢气（H2）的理想气体特性940表A.23水蒸气（H2O）的理想气体特性941表A.24单原子氧（O）的理想气体特性943表A.25羟基（OH）的理想气体特性943表A.26在25℃、1atm下的标准生成焓、生成吉布斯函数和绝对熵944表A.27一些烃类及常见燃料的性质945表A.28平衡常数KP的自然对数946图A.29通用焓差图947图A.30通用熵差图948图A.31总压1atm下的焓湿图949表A.32对于k=1��4的理想气体的一维等熵可压缩流体方程950表A.33k=1��4的理想气体的一维正激波函数951表A.34k=1��4的理想气体的瑞利流动函数952前言/序言
用户评价
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评分The overall impression of this book is one of robust academic utility. Its cover is designed with practicality in mind, eschewing trends for a timeless, functional appearance. The paper is of a good quality, with a pleasant weight and texture that feels durable and capable of supporting extensive annotation and frequent referencing. The binding is noticeably strong, suggesting that the book will hold up well over time and through repeated use, a vital characteristic for a reference that is likely to be consulted often. When opened, the pages lie reasonably flat, facilitating a comfortable study experience without the need for constant manual pressure. The font selection is straightforward and highly readable, which is essential for absorbing complex technical information without undue eye strain. The organization of the material within the pages is logical and uncluttered, with a clear emphasis on conveying information efficiently. The diagrams and figures are reproduced with sufficient clarity to be easily understood. This is a book that feels like a solid, dependable tool, designed to be a reliable resource for learning and problem-solving. The "英文影印版" signifies a direct connection to the original, unadulterated academic work, ensuring authenticity and a faithful representation of the authors' contributions.
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评分这本书的封面设计，那 is a classic textbook cover, solid and no-nonsense. It immediately signals a serious academic endeavor. The title itself, “Thermodynamics: An Engineering Approach,” is a clear declaration of its purpose and audience. No fluffy language, no trendy graphics, just the direct assertion of what’s inside. This is the kind of book that doesn't try to be overly flashy; its value is meant to be found in the depth and rigor of its content. Flipping through it for the first time, the sheer volume of pages and the density of the text are both intimidating and reassuring. It suggests that every concept, every principle, has been thoroughly explored and explained. The paper quality feels substantial, the kind that can withstand repeated handling and the occasional scribbled note in the margins. It’s the kind of textbook you’d see on a seasoned engineer’s shelf, a well-worn reference that has seen its fair share of problem-solving. The binding looks robust, designed to last through countless study sessions, perhaps even across multiple academic years or a demanding professional career. The typeface chosen is clean and legible, crucial for absorbing complex equations and detailed explanations. There’s a certain quiet confidence in its presentation, a tacit promise that within these pages lies a comprehensive understanding of a fundamental engineering discipline. It’s not a book that screams for attention, but one that commands respect through its sheer presence and the implied wealth of knowledge it holds. The translated title, "工程热力学 (英文影印版 原书第7版)," further solidifies its international recognition and the established authority of the original work. This suggests a lineage of refinement, with each edition building upon the successes and addressing the evolving needs of engineering education. It’s a tangible piece of academic heritage, presented in a format that prioritizes accessibility for a global audience.
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评分The sheer physical presence of this tome is a powerful indicator of its encyclopedic scope. Its cover, while not ostentatious, possesses a certain understated elegance, a testament to its academic pedigree. The paper itself is of a pleasing quality, possessing a satisfying density that suggests durability and a resistance to wear and tear, even with the most enthusiastic note-taking. The binding appears exceptionally sturdy, promising to keep the pages securely in place through countless consultations and study marathons. When one opens the book, the pages lay remarkably flat, a small but significant comfort that aids in focused study. The typeface is a masterclass in legibility, meticulously chosen to minimize visual fatigue during extended engagement with complex theoretical concepts and intricate mathematical expressions. The internal design eschews unnecessary visual embellishments, prioritizing the clear and direct presentation of information. The diagrams, even in their printed format, are sharp and informative, serving as crucial visual aids. This is a textbook that radiates an aura of academic integrity and practical applicability, a true workhorse for the aspiring engineer. The "英文影印版" aspect is a crucial detail, ensuring that the reader is interacting directly with the original scholarship, unmediated by translation, preserving the nuanced meaning and precise terminology essential in a technical field.
评分The tactile experience of this book is quite significant. The cover, while not overly decorated, has a satisfying matte finish that resists fingerprints, a small but appreciated detail for something that will likely be handled frequently. The pages have a weight to them, a substance that suggests they are made to last. They don't feel flimsy or prone to tearing easily. When you lay the book open, it has a tendency to stay open, which is a godsend for those moments when you need both hands to work through a complex derivation. The typography is clear and well-spaced, making it easy to navigate through lengthy paragraphs of text and intricate equations. There are no distracting visual elements, no colorful sidebars or excessive use of bolding and italics that can often break the flow of concentration. The diagrams are reproduced with a clarity that allows for detailed examination, crucial for understanding the physical systems being analyzed. It’s a book that feels designed for serious work. You can imagine placing it on a desk, surrounded by scratch paper and a calculator, ready for a long session of problem-solving. The overall impression is one of robust utility. It’s a tool, and like any good tool, its design prioritizes functionality and durability. The fact that it's an "英文影印版" also adds a layer of authenticity, ensuring that you're engaging directly with the original scholarly work, without any potential misinterpretations that can arise from translation.
评分Upon first encounter, the physical presence of this textbook is quite commanding. Its dimensions and weight suggest a significant body of knowledge contained within. The cover, a utilitarian design without superfluous embellishments, immediately communicates its academic intent. The paper quality is commendable; it possesses a certain thickness and texture that hints at durability, capable of withstanding the rigors of extensive study, including the inevitable annotations and references. The binding appears to be quite robust, designed to endure repeated opening and closing without succumbing to wear and tear, a vital attribute for a textbook intended for prolonged use. The internal layout is characterized by a deliberate simplicity. The font is clear and generously spaced, facilitating extended periods of reading and comprehension, particularly when delving into complex mathematical expressions. There's a distinct absence of distracting graphic elements, allowing the reader to maintain focus on the substantive content. The diagrams and figures, even in their printed form, are rendered with sufficient clarity to support the textual explanations effectively. This is not a book that relies on visual spectacle; its strength lies in the meticulous organization and presentation of information. It exudes an aura of academic seriousness, an invitation to engage deeply with the fundamental principles of engineering thermodynamics. The "影印版" designation underscores its fidelity to the original publication, offering a direct gateway to the authors' intended exposition.
评分There's a certain tactile satisfaction that comes with holding this book. The cover, though simple, feels substantial and well-made, hinting at the quality within. The paper itself is a pleasure to touch – it has a good weight, feels smooth, and crucially, doesn't bleed through easily, which is a blessing when one is prone to using multiple colors for highlighting. The binding seems particularly well-executed, offering a sense of confidence that the book will withstand the inevitable knocks and bends of being carried around in a backpack or propped open for hours on end. The way the pages lay open is also noteworthy; it doesn’t fight you, which, for anyone who has wrestled with a stiff, uncooperative textbook, is a genuine relief. The font used for the text is a perfect balance of readability and elegance, making long chapters feel less daunting. The spacing between lines and paragraphs is generous, further contributing to the ease of comprehension. This isn't a book that assaults the reader with a riot of colors or distracting graphics; instead, it presents its content in a clean, orderly fashion, allowing the subject matter to take center stage. The diagrams, even reproduced, are clear and easy to interpret, which is vital for grasping the practical applications of thermodynamic principles. The "影印版" nature of the text assures me that I'm getting the authentic intellectual product, exactly as the authors intended, which is invaluable when dealing with such a foundational and precise scientific discipline.
评分质量很好，品质保障。
评分喜欢此书，物流速度快。全部好评。
评分好的
评分很不错啊
评分国外经典教材，大部头，慢慢啃
评分书很不错，和中文版的一起看。
评分有用
评分国外经典教材，大部头，慢慢啃
评分一直北京东买书，是正版的，不错啊
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