Elements of thermal technology:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York (u.a.)
Dekker
1981
|
| Schriftenreihe: | Engineering technology.
3. |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | IX, 332 S. graph. Darst. |
Internformat
MARC
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Datensatz im Suchindex
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| adam_text | ELEMENTS OF THERMAL TECHNOLOGY JOHN H. SEELY CALIFORNIA STATE
POLYTECHNIC UNIVERSITY POMONA, CALIFORNIA MARCEL DEKKER, INC. NEW YORK
AND BASEL CONTENTS PREFACE M 1 THERMODYNAMIC DEFINITIONS AND CONCEPTS 1
1.1 INTRODUCTION 1 1.2 THERMAL EQUILIBRIUM 1 1.3 SYSTEM CONCEPT 3 1.4
STATE OF A SUBSTANCE 4 1.5 PROPERTIES OF A SUBSTANCE 6 1.6 EQUATIONS OF
STATE 6 1.7 CONCLUSION 16 SOLVCD PROBLEMS 16 EXERCISES 18 REFERENCES 19
2 UNITS AND DIMENSIONS 20 2.1 INTRODUCTION 20 2.2 NATURE OF UNITS AND
DIMENSIONS 21 2.3 CONVERSION OF UNITS AND DIMENSIONS 24 2.4 GENERAL
CLASSIFICATIONS 25 2.5 NONDIMENSIONAL QUANTITIES 26 2.6 SIMILAR
DIMENSIONS APPLIED TO DISSIMILAR QUANTITIES 27 2.7 SYSTEMS OF UNITS 28
2.8 DERIVED DIMENSIONS 36 2.9 CONCLUSION 38 SOLVCD PROBLEMS 38 EXERCISES
40 REFERENCES 40 BIBLIOGRAPHY 40 3 TEMPERATURE AND ITS MEASUREMENT 3.1
INTRODUCTION 42 3.2 EQUALITY OF TEMPERATURE 44 3.3 ZEROTH LAW OF
THERMODYNAMICS 45 3.4 THERMOMETRY 45 3.5 DEVELOPMENT OF A TEMPERATURE
SCALE 46 3.6 IDEAL GAS TEMPERATURE 50 3.7 ABSOLUTE THERMODYNAMIC
TEMPERATURE SCALE 50 3.8 CELSIUS AND KELVIN TEMPERATURE SCALES 52 3.9
RANKINE AND FAHRENHEIT TEMPERATURE SCALES 53 3.10 THERMAL EXPANSION 53
3.11 CONCLUSION 59 SOLVED PROBLEMS 59 EXERCISES 61 BIBLIOGRAPHY 61 4
VISCOSITY 4.1 INTRODUCTION 62 4.2 COEFFICIENT OF VISCOSITY 62 4.3 UNITS
OF VISCOSITY 65 4.4 SAYBOLT VISCOSITY 67 4.5 EFFECTS OF TEMPERATURE AND
PRESSURE 68 4.6 NONNEWTONIAN FLUIDS 69 4.7 EFFECTS OF VISCOSITY ON FLUID
FLOW 71 4.8 CONCLUSION 80 SOLVED PROBLEMS 81 EXERCISES 83 REFERENCES 83
BIBLIOGRAPHY 84 5 SURFACE TENSION 5.1 INTRODUCTION 85 5.2 UNITS AND
DIMENSIONS 86 5.3 CONTACT ANGLE 86 5.4 PRESSURE DIFFERENCE ACROSS A FILM
SURFACE 89 5.5 CAPILLARITY 92 5.6 MENISCI 93 5.7 CONCLUSION 97 SOLVED
PROBLEMS 97 EXERCISES 98 BIBLIOGRAPHY 99 6 WORK AND HEAT 6.1
INTRODUCTION 100 6.2 CONCEPT OF ENERGY 100 6.3 CONCEPT OF WORK 106 6.4
CONCEPT OF HEAT 110 6.5 COMPARISON OF WORK AND HEAT 110 6.6 HEAT
CAPACITY AND SPECIFIC HEAT 111 CONTENTS V L L 6.7 HEATS OF
TRANSFORMATION 113 6.8 CONCLUSION 116 SOLVED PROBLEMS 117 EXERCISES 119
REFERENCES 120 7 FIRST LAW OF THERMODYNAMICS 121 7.1 INTRODUCTION 121
7.2 MATHEMATICAL FORMULATION 121 7.3 FIRST LAW FOR AN OPEN SYSTEM 123
7.4 SPECIAL FORMS OF THE FIRST LAW 127 7.5 ENERGY BALANCE ANALYSIS 128
7.6 CONCLUSION 130 SOLVED PROBLEMS 130 EXERCISES 135 REFERENCES 136 8
SECOND LAW OF THERMODYNAMICS 137 8.1 INTRODUCTION 137 8.2 REVERSIBILITY
AND IRREVERSIBILITY 137 5.3 HEAT ENGINES AND HEAT PUMPS 140 8.4 ENTROPY
143 8.5 STATEMENTS OF THE SECOND LAW 146 8.6 CARNOT CYCLE 149 8.7
CONCLUSION 153 SOLVED PROBLEMS 153 EXERCISES 155 REFERENCES 156 9 GAS
PROPERTIES AND PROCESSES 157 9.1 INTRODUCTION 157 9.2 IDEAL GASES 1S7
9.3 POLYTROPIC PROCESSES 163 9.4 GAS AND VAPOR MIXTURES 170 9.5
CONCLUSION 172 SOLVED PROBLEMS 172 EXERCISES 176 REFERENCES 177 10
COMBUSTION PROCESSES 10.1 INTRODUCTION 178 10.2 FUELS 179 10.3
COMBUSTION EQUATIONS 179 10.4 AIR REQUIRED FOR COMBUSTION 10.5
CONCLUSION 183 SOLVED PROBLEMS 183 EXERCISES 185 REFERENCES 186 178 182
CONTENTS 11 CONDUCTION HEAT TRANSFER 187 11.1 INTRODUCTION 187 11.2
FUNDAMENTAL LAW 188 11.3 THERMAL CONDUCTIVITY 189 11.4 ONE-DIMENSIONAL
STEADY STATE COENDUCTION 190 11.5 SURFACE CONDUCTANCE 200 11.6 THERMAL
TRANSMITTANCE 202 11.7 HEAT TRANSFER IN COMPOSITE BODIES 203 11.8
TRANSIENT HEAT TRANSFER 212 11.9 CONCLUSION 216 SOLVCD PROBLEMS 216
EXERCISES 222 REFERENCES 223 12 CONVECTION HEAT TRANSFER 225 12.1
INTRODUCTION 225 12.2 METHODS OF ANALYSIS 227 12.3 VARIATION IN FLUID
PROPERTIES 231 12.4 FREE CONVECTION 232 12.5 FORCED CONVECTION 234 12.6
AUGMENTATIVE TECHNIQUES 235 12.7 CONCLUSION 236 SOLVED PROBLEMS 237
EXERCISES 240 REFERENCES 241 13 BOILING HEAT TRANSFER 242 13.1
INTRODUCTION 242 13.2 BOILING HEAT TRANSFER NOMENCLATURE 243 13.3
BOILING REGIMES 245 13.4 HEAT TRANSFER MECHANISMS IN NUCLEATE BOILING
249 13.5 CORRELATIONS FOR BOILING HEAT TRANSFER 253 13.6 CONDENSATION
258 13.7 CONCLUSION 261 SOLVED PROBLEMS 262 EXERCISES 264 REFERENCES 265
14 RADIATION HEAT TRANSFER 266 14.1 INTRODUCTION 266 14.2 PHYSICAL
MECHANISM 266 14.3 ABSORPTION, REFLECTION, AND TRANSMISSION 268 14.4
BLACKBODY CONCEPT 270 14.5 KIRCHHOFF S LAW 272 14.6 PLANCK S LAW 274
14.7 STEFAN-BOLTZMANN LAW 278 14.8 GRAY BODY CONCEPT 279 14.9 RADIATION
HEAT TRANSFER BETWEEN SURFACES 279 14.10 SOLAR ENERGY SYSTEMS 284
CONTENTS IX 14.11 CONCLUSION 292 SOLVED PROBLEMS 292 EXERCISES 296
REFERENCES 296 15 REFRIGERATION AND AIR CONDITIONING 15.1 INTRODUCTION
297 15.2 NATURAL REFRIGERATION 297 15.3 ARTIFICIAL REFRIGERATION 300
15.4 COMMERCIAL REFRIGERATION 310 15.5 REFRIGERANTS 315 15.6
PSYCHROMETRY 315 15.7 AIR CONDITIONING 320 15.8 CONCLUSION 321 SOLVED
PROBLEMS 321 EXERCISES 324 BIBLIOGRAPHY 325 INDEX 327
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| spelling | Seely, John H. Verfasser aut Elements of thermal technology New York (u.a.) Dekker 1981 IX, 332 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Engineering technology. 3. Literaturangaben Engineering technology. 3. (DE-604)BV001899893 3. GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001408236&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Seely, John H. Elements of thermal technology Engineering technology. |
| title | Elements of thermal technology |
| title_auth | Elements of thermal technology |
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| title_fullStr | Elements of thermal technology |
| title_full_unstemmed | Elements of thermal technology |
| title_short | Elements of thermal technology |
| title_sort | elements of thermal technology |
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