Introduction to Chemical Engineering Thermodynamics

Chemical Engineering Thermodynamics Contents

1. INTRODUCTION
2. THE FIRST LAW AND OTHER BASIC CONCEPTS 
3. VOLUMETRIC PROPERTIES OF PURE FLUIDS 
4. HEAT EFFECTS 
5. THE SECOND LAW OF THERMODYNAMICS 
6. THERMODYNAMIC PROPERTIES OF FLUIDS 
7. APPLICATIONS OF THERMODYNAMICS TO FLOW PROCESSES 
8. PRODUCTION OF POWER FROM HEAT 
9. REFRIGERATION AND LIQUEFACTION 
10. THE FRAMEWORK OF SOLUTION THERMODYNAMICS
11. MIXING PROCESSES 
12. PHASE EQUILIBRIUM: INTRODUCTION 
13. THERMODYNAMIC FORMULATIONS FOR VAPOR/LIQUID EQUILIBRIUM
14. CHEMICAL-REACTION EQUILIBRIA
15. TOPICS IN PHASE EQUILIBRIA
16. THERMODYNAMIC ANALYSIS OF PROCESSES

Preface to Chemical Engineering Thermodynamics eBook

Thermodynamics, a key part of many fields of science and engineering, relies on legal guidelines of common applicability.

Nevertheless, a very powerful purposes of these legal guidelines, and the supplies and processes of biggest concern, differ from one department of science or engineering to one other.

Thus, we consider there may be worth in presenting this materials from a chemical-engineering perspective, specializing in the applying of thermodynamic rules to supplies and processes probably to be encountered by chemical engineers.

Though introductory in nature, the fabric of this textual content shouldn’t be thought of easy. Certainly, there is no such thing as a approach to make it easy.

A scholar new to the topic will discover {that a} demanding job of discovery lies forward. New ideas, phrases, and symbols seem at a bewildering charge, and a level of memorization and psychological group is required.

A far higher problem is to develop the capability to cause within the context of thermodynamics in order that one can apply thermodynamic rules within the answer of sensible issues. Whereas sustaining the rigor attribute of sound thermodynamic evaluation, we’ve made each effort to keep away from pointless mathematical complexity.

Furthermore, we goal to encourage understanding by writing in easy active-voice, present-tense prose. We are able to hardly provide the required motivation, however our goal, because it has been for all earlier editions, is a therapy which may be understood by any scholar keen to put forth the required effort.

The textual content is structured to alternate between the event of thermodynamic rules and the correlation and use of thermodynamic properties in addition to between concept and purposes. The primary two chapters of the guide current primary definitions and improvement of the primary regulation of thermodynamics.

Chapters 3 and 4 then deal with the stress/quantity/temperature conduct of fluids and warmth results related to temperature change, section change, and chemical response, permitting the early software of the primary regulation to reasonable issues.

The second regulation is developed in Chap. 5, the place its most simple purposes are additionally launched. A full therapy of the thermodynamic properties of pure fluids in Chap. 6 permits the overall software of the primary and second legal guidelines and gives for expanded therapy of circulate processes in Chap. 7.

Chapters 8 and 9 cope with energy manufacturing and refrigeration processes.

The rest of the guide, involved with fluid mixtures, treats subjects within the distinctive area of chemical-engineering thermodynamics.

Chapter 10 introduces the framework of answer thermodynamics, which underlies the purposes within the following chapters.

Chapter 12 then describes the evaluation of section equilibria, in a principally qualitative method. Chapter 13 gives a full therapy of vapor/liquid equilibrium.

Chemical-reaction equilibrium is roofed at size in Chap. 14. Chapter 15 offers with subjects in section equilibria, together with liquid/liquid, stable/ liquid, stable/vapor, gasoline adsorption, and osmotic equilibria.

Chapter 16 treats the thermodynamic evaluation of actual processes, affording a evaluation of a lot of the sensible material of thermodynamics.

The fabric of those 16 chapters is greater than sufficient for an academic-year undergraduate course, and discretion, conditioned by the content material of different programs, is required within the selection of what’s lined.

The primary 14 chapters embody materials thought of obligatory for any chemical engineer’s schooling.

The place solely a single-semester course in chemical engineering thermodynamics is offered, these chapters might symbolize adequate content material.

The guide is complete sufficient to make it a helpful reference each in graduate programs and for skilled apply. Nevertheless, size concerns have required prudent selectivity.

Thus, we don’t embody sure subjects which are worthy of consideration however are of a specialised nature. These embody purposes to polymers, electrolytes, and biomaterials.

We’re indebted to many individuals—college students, professors, reviewers—who’ve contributed in numerous methods to the standard of this eighth version, straight and not directly, by means of query and remark, reward and criticism, by means of seven earlier editions spanning greater than 65 years.

We wish to thank McGraw-Hill Training and all the groups that contributed to the event and assist of this venture.

Particularly, we want to thank the next editorial and manufacturing workers for his or her important contributions to this eighth version: Thomas Scaife,

Chelsea Haupt, Nick McFadden, and Laura Bies. We’d additionally like to thank Professor Bharat Bhatt for his much-appreciated feedback and recommendation in the course of the accuracy verify.

Introduction to Chemical Engineering Thermodynamics PDF

Author(s): J.M. Smith, Hendrick Van Ness, Michael Abbott, Mark Swihart

Publisher: McGraw-Hill Education, Year: 2018

ISBN: 9781259696527

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