EBOOK - Fluid Mechanics Heat Transfer and Mass Transfer - Chemical Engineering Practice (K. S. N. Raju)

The book is intended for use by students at undergraduate and graduate levels, faculty in Chemical Engineering Departments across the world, working and consulting engineers in areas such as petroleum refineries, petrochemical, gas processing and fertilizer plants, design organizations, food and pharmaceutical processing, environmental engineering, and the like. The book is also useful to mechanical engineering students and faculty.
The book is written with emphasis onpracticewith brief theoretical concepts in the form of Questions and Answers, bridging the two areas of theory and practice with respect to the core areas of chemical engineering.

The author considers that the question–answer approach adopted stimulates interest in the subject matter and focuses attention to specific topics in a better and concise manner than running matter given in normal text and reference books.
The approach was used by the author in the classroom for several years, spanning a period of over four decades. Feedback from faculty, students, alumni, and practicing engineers in several institutions/organizations appreciated this approach when the author used this approach during continuing education and training courses, besides classroom instruction. This prompted the author to embark upon writing this book.
The book is an attempt to bridge the gap between theory and practice in abalanced manner, so that it will be easy for students and academics to get a grasp of practice and industry personnel to understand theoretical concepts necessary to appreciate the genesis involved in practice.

SECTION I FLUID MECHANICS
1 Fluid Mechanics Basics 3
2 Fluid Flow 21
3 Piping, Seals, and Valves 35
4 Flow Measurement 59
5 Pumps, Ejectors, Blowers, and Compressors 101
6 Mixing 163
7 Two-Phase Flow Systems 195
SECTION II HEAT TRANSFER
8 Dimensionless Numbers, Temperature Measurement, and Conduction Heat Transfer
9 Convective Heat Transfer Basics 245
10 Shell and Tube Heat Exchangers 271
11 Heat Transfer Equipment Involving Phase Transfer 331
12 Refrigeration, Heat Pumps, Heat Tracing, Coiled and Jacketed Vessels, Steam Traps, and Immersion Heaters
13 Compact Heat Exchangers, Regenerators, and Recuperators 395
14 Radiant Heat Transfer and Fired Heaters 425
SECTION III MASS TRANSFER
15 Mass Transfer Basics 455
16 Mass Transfer Equipment 475
17 Absorption, Distillation, and Extraction 527
18 Crystallization, Air–Water Operations, Drying, Adsorption, Membrane Separations, and Other Mass Transfer Processes

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The book is intended for use by students at undergraduate and graduate levels, faculty in Chemical Engineering Departments across the world, working and consulting engineers in areas such as petroleum refineries, petrochemical, gas processing and fertilizer plants, design organizations, food and pharmaceutical processing, environmental engineering, and the like. The book is also useful to mechanical engineering students and faculty.
The book is written with emphasis onpracticewith brief theoretical concepts in the form of Questions and Answers, bridging the two areas of theory and practice with respect to the core areas of chemical engineering.

The author considers that the question–answer approach adopted stimulates interest in the subject matter and focuses attention to specific topics in a better and concise manner than running matter given in normal text and reference books.
The approach was used by the author in the classroom for several years, spanning a period of over four decades. Feedback from faculty, students, alumni, and practicing engineers in several institutions/organizations appreciated this approach when the author used this approach during continuing education and training courses, besides classroom instruction. This prompted the author to embark upon writing this book.
The book is an attempt to bridge the gap between theory and practice in abalanced manner, so that it will be easy for students and academics to get a grasp of practice and industry personnel to understand theoretical concepts necessary to appreciate the genesis involved in practice.

SECTION I FLUID MECHANICS
1 Fluid Mechanics Basics 3
2 Fluid Flow 21
3 Piping, Seals, and Valves 35
4 Flow Measurement 59
5 Pumps, Ejectors, Blowers, and Compressors 101
6 Mixing 163
7 Two-Phase Flow Systems 195
SECTION II HEAT TRANSFER
8 Dimensionless Numbers, Temperature Measurement, and Conduction Heat Transfer
9 Convective Heat Transfer Basics 245
10 Shell and Tube Heat Exchangers 271
11 Heat Transfer Equipment Involving Phase Transfer 331
12 Refrigeration, Heat Pumps, Heat Tracing, Coiled and Jacketed Vessels, Steam Traps, and Immersion Heaters
13 Compact Heat Exchangers, Regenerators, and Recuperators 395
14 Radiant Heat Transfer and Fired Heaters 425
SECTION III MASS TRANSFER
15 Mass Transfer Basics 455
16 Mass Transfer Equipment 475
17 Absorption, Distillation, and Extraction 527
18 Crystallization, Air–Water Operations, Drying, Adsorption, Membrane Separations, and Other Mass Transfer Processes

LINK DOWNLOAD

Chuyên mục: C. Bài giảng C. Bài giảng chuyên ngành Nhiệt Lạnh (Heat and Refrigeration) C. Bài giảng kỹ thuật