Heat and mass transfer:
Gespeichert in:
| Hauptverfasser: | , |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Berlin [u.a.]
Springer
2006
|
| Ausgabe: | 2., rev. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXII, 688 S. Ill., graph. Darst. |
| ISBN: | 3540295267 |
Internformat
MARC
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Datensatz im Suchindex
| _version_ | 1804135109213814785 |
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| adam_text | HANS DIETER BAEHR * KARL STEPHAN HEAT AND MASS TRANSFER SECOND, REVISED
EDITION WITH 327 FIGURES FYA SPRINGER CONTENTS NOMENCLATURE XVI 1
INTRODUCTION. TECHNICAL APPLICATIONS 1 1.1 THE DIFFERENT TYPES OF HEAT
TRANSFER 1 1.1.1 HEAT CONDUCTION 2 1.1.2 STEADY, ONE-DIMENSIONAL
CONDUCTION OF HEAT 5 1.1.3 CONVECTIVE HEAT TRANSFER. HEAT TRANSFER
COEFFICIENT 10 1.1.4 DETERMINING HEAT TRANSFER COEFFICIENTS.
DIMENSIONLESS NUMBERS . . 15 1.1.5 THERMAL RADIATION 25 1.1.6 RADIATIVE
EXCHANGE 27 1.2 OVERALL HEAT TRANSFER 30 1.2.1 THE OVERALL HEAT TRANSFER
COEFFICIENT 30 1.2.2 MULTI-LAYER WALLS 32 1.2.3 OVERALL HEAT TRANSFER
THROUGH WALLS WITH EXTENDED SURFACES . . . . 33 1.2.4 HEATING AND
COOLING OF THIN WALLED VESSELS 37 1.3 HEAT EXCHANGERS 40 1.3.1 TYPES OF
HEAT EXCHANGER AND FLOW CONFIGURATIONS 40 1.3.2 GENERAL DESIGN
EQUATIONS. DIMENSIONLESS GROUPS 44 1.3.3 COUNTERCURRENT AND COCURRENT
HEAT EXCHANGERS 49 1.3.4 CROSSFLOW HEAT EXCHANGERS 56 1.3.5 OPERATING
CHARACTERISTICS OF FURTHER FLOW CONFIGURATIONS. DIAGRAMS 63 1.4 THE
DIFFERENT TYPES OF MASS TRANSFER 64 1.4.1 DIFFUSION 66 1.4.1.1
COMPOSITION OF MIXTURES 66 1.4.1.2 DIFFUSIVE FLUXES 67 1.4.1.3 FICK S
LAW 70 1.4.2 DIFFUSION THROUGH A SEMIPERMEABLE PLANE. EQUIMOLAR
DIFFUSION . . 72 1.4.3 CONVECTIVE MASS TRANSFER 76 1.5 MASS TRANSFER
THEORIES 80 1.5.1 FILM THEORY 80 1.5.2 BOUNDARY LAYER THEORY 84 1.5.3
PENETRATION AND SURFACE RENEWAL THEORIES 86 1.5.4 APPLICATION OF FILM
THEORY TO EVAPORATIVE COOLING 87 CONTENTS 1.6 OVERALL MASS TRANSFER 91
1.7 MASS TRANSFER APPARATUS 93 1.7.1 MATERIAL BALANCES 94 1.7.2
CONCENTRATION PROFILES AND HEIGHTS OF MASS TRANSFER COLUMNS . . . . 97
1.8 EXERCISES 101 2 HEAT CONDUCTION AND MASS DIFFUSION 105 2.1 THE HEAT
CONDUCTION EQUATION 105 2.1.1 DERIVATION OF THE DIFFERENTIAL EQUATION
FOR THE TEMPERATURE FIELD . . 106 2.1.2 THE HEAT CONDUCTION EQUATION FOR
BODIES WITH CONSTANT MATERIAL PROPERTIES 109 2.1.3 BOUNDARY CONDITIONS
ILL 2.1.4 TEMPERATURE DEPENDENT MATERIAL PROPERTIES 114 2.1.5 SIMILAR
TEMPERATURE FIELDS 115 2.2 STEADY-STATE HEAT CONDUCTION 119 2.2.1
GEOMETRIC ONE-DIMENSIONAL HEAT CONDUCTION WITH HEAT SOURCES . . 119
2.2.2 LONGITUDINAL HEAT CONDUCTION IN A ROD 122 2.2.3 THE TEMPERATURE
DISTRIBUTION IN FINS AND PINS 127 2.2.4 FIN EFFICIENCY 131 2.2.5
GEOMETRIC MULTI-DIMENSIONAL HEAT FLOW 134 2.2.5.1 SUPERPOSITION OF HEAT
SOURCES AND HEAT SINKS 135 2.2.5.2 SHAPE FACTORS 139 2.3 TRANSIENT HEAT
CONDUCTION 140 2.3.1 SOLUTION METHODS 141 2.3.2 THE LAPLACE
TRANSFORMATION 142 2.3.3 THE SEMI-INFINITE SOLID 149 2.3.3.1 HEATING AND
COOLING WITH DIFFERENT BOUNDARY CONDITIONS . 149 2.3.3.2 TWO
SEMI-INFINITE BODIES IN CONTACT WITH EACH OTHER . . . . 154 2.3.3.3
PERIODIC TEMPERATURE VARIATIONS 156 2.3.4 COOLING OR HEATING OF SIMPLE
BODIES IN ONE-DIMENSIONAL HEAT FLOW . 159 2.3.4.1 FORMULATION OF THE
PROBLEM 159 2.3.4.2 SEPARATING THE VARIABLES 161 2.3.4.3 RESULTS FOR THE
PLATE 163 2.3.4.4 RESULTS FOR THE CYLINDER AND THE SPHERE 167 2.3.4.5
APPROXIMATION FOR LARGE TIMES: RESTRICTION TO THE FIRST TERM IN THE
SERIES 169 2.3.4.6 A SOLUTION FOR SMALL TIMES 171 2.3.5 COOLING AND
HEATING IN MULTI-DIMENSIONAL HEAT FLOW 172 2.3.5.1 PRODUCT SOLUTIONS 172
2.3.5.2 APPROXIMATION FOR SMALL BIOT NUMBERS 175 2.3.6 SOLIDIFICATION OF
GEOMETRICALLY SIMPLE BODIES 177 2.3.6.1 THE SOLIDIFICATION OF FLAT
LAYERS (STEFAN PROBLEM) 178 2.3.6.2 THE QUASI-STEADY APPROXIMATION 181
2.3.6.3 IMPROVED APPROXIMATIONS 184 2.3.7 HEAT SOURCES 185 CONTENTS
2.3.7.1 HOMOGENEOUS HEAT SOURCES 186 2.3.7.2 POINT AND LINEAR HEAT
SOURCES 187 2.4 NUMERICAL SOLUTIONS TO HEAT CONDUCTION PROBLEMS 192
2.4.1 THE SIMPLE, EXPLICIT DIFFERENCE METHOD FOR TRANSIENT HEAT
CONDUCTION PROBLEMS 193 2.4.1.1 THE FINITE DIFFERENCE EQUATION 193
2.4.1.2 THE STABILITY CONDITION 195 2.4.1.3 HEAT SOURCES 196 2.4.2
DISCRETISATION OF THE BOUNDARY CONDITIONS 197 2.4.3 THE IMPLICIT
DIFFERENCE METHOD FROM J. CRANK AND P. NICOLSON . . 203 2.4.4
NONCARTESIAN COORDINATES. TEMPERATURE DEPENDENT MATERIAL PROPERTIES 206
2.4.4.1 THE DISCRETISATION OF THE SELF-ADJOINT DIFFERENTIAL OPERATOR .
207 2.4.4.2 CONSTANT MATERIAL PROPERTIES. CYLINDRICAL COORDINATES . .
208 2.4.4.3 TEMPERATURE DEPENDENT MATERIAL PROPERTIES 209 2.4.5
TRANSIENT TWO-AND THREE-DIMENSIONAL TEMPERATURE FIELDS 211 2.4.6
STEADY-STATE TEMPERATURE FIELDS 214 2.4.6.1 A SIMPLE FINITE DIFFERENCE
METHOD FOR PLANE, STEADY-STATE TEMPERATURE FIELDS 214 2.4.6.2
CONSIDERATION OF THE BOUNDARY CONDITIONS 217 2.5 MASS DIFFUSION 222
2.5.1 REMARKS ON QUIESCENT SYSTEMS 222 2.5.2 DERIVATION OF THE
DIFFERENTIAL EQUATION FOR THE CONCENTRATION FIELD . 225 2.5.3
SIMPLIFICATIONS 230 2.5.4 BOUNDARY CONDITIONS 231 2.5.5 STEADY-STATE
MASS DIFFUSION WITH CATALYTIC SURFACE REACTION 234 2.5.6 STEADY-STATE
MASS DIFFUSION WITH HOMOGENEOUS CHEMICAL REACTION . 238 2.5.7 TRANSIENT
MASS DIFFUSION 242 2.5.7.1 TRANSIENT MASS DIFFUSION IN A SEMI-INFINITE
SOLID 243 2.5.7.2 TRANSIENT MASS DIFFUSION IN BODIES OF SIMPLE GEOMETRY
WITH ONE-DIMENSIONAL MASS FLOW 244 2.6 EXERCISES 246 3 CONVECTIVE HEAT
AND MASS TRANSFER. SINGLE PHASE FLOW 253 3.1 PRELIMINARY REMARKS:
LONGITUDINAL, FRICTIONLESS FLOW OVER A FLAT PLATE . . . 253 3.2 THE
BALANCE EQUATIONS 258 3.2.1 REYNOLDS TRANSPORT THEOREM 258 3.2.2 THE
MASS BALANCE 260 3.2.2.1 PURE SUBSTANCES 260 3.2.2.2 MULTICOMPONENT
MIXTURES 261 3.2.3 THE MOMENTUM BALANCE 264 3.2.3.1 THE STRESS TENSOR
266 3.2.3.2 CAUCHY S EQUATION OF MOTION 269 3.2.3.3 THE STRAIN TENSOR
270 II CONTENTS 3.2.3.4 CONSTITUTIVE EQUATIONS FOR THE SOLUTION OF THE
MOMENTUM EQUATION ... 272 3.2.3.5 THE NAVIER-STOKES EQUATIONS 273 3.2.4
THE ENERGY BALANCE 274 3.2.4.1 DISSIPATED ENERGY AND ENTROPY 279 3.2.4.2
CONSTITUTIVE EQUATIONS FOR THE SOLUTION OF THE ENERGY EQUATION 281
3.2.4.3 SOME OTHER FORMULATIONS OF THE ENERGY EQUATION 282 3.2.5 SUMMARY
285 3.3 INFLUENCE OF THE REYNOLDS NUMBER ON THE FLOW 287 3.4
SIMPLIFICATIONS TO THE NAVIER-STOKES EQUATIONS 290 3.4.1 CREEPING FLOWS
290 3.4.2 FRICTIONLESS FLOWS 291 3.4.3 BOUNDARY LAYER FLOWS 291 3.5 THE
BOUNDARY LAYER EQUATIONS 293 3.5.1 THE VELOCITY BOUNDARY LAYER 293 3.5.2
THE THERMAL BOUNDARY LAYER 296 3.5.3 THE CONCENTRATION BOUNDARY LAYER
300 3.5.4 GENERAL COMMENTS ON THE SOLUTION OF BOUNDARY LAYER EQUATIONS .
. 300 3.6 INFLUENCE OF TURBULENCE ON HEAT AND MASS TRANSFER 304 3.6.1
TURBULENT FLOWS NEAR SOLID WALLS 308 3.7 EXTERNAL FORCED FLOW 312 3.7.1
PARALLEL FLOW ALONG A FLAT PLATE 313 3.7.1.1 LAMINAR BOUNDARY LAYER 313
3.7.1.2 TURBULENT FLOW 325 3.7.2 THE CYLINDER IN CROSSFLOW 330 3.7.3
TUBE BUNDLES IN CROSSFLOW 334 3.7.4 SOME EMPIRICAL EQUATIONS FOR HEAT
AND MASS TRANSFER IN EXTERNAL FORCED FLOW 338 3.8 INTERNAL FORCED FLOW
341 3.8.1 LAMINAR FLOW IN CIRCULAR TUBES 341 3.8.1.1 HYDRODYNAMIC, FULLY
DEVELOPED, LAMINAR FLOW 342 3.8.1.2 THERMAL, FULLY DEVELOPED, LAMINAR
FLOW 344 3.8.1.3 HEAT TRANSFER COEFFICIENTS IN THERMALLY FULLY
DEVELOPED, LAMINAR FLOW 346 3.8.1.4 THE THERMAL ENTRY FLOW WITH FULLY
DEVELOPED VELOCITY PROFILE 349 3.8.1.5 THERMALLY AND HYDRODYNAMICALLY
DEVELOPING FLOW 354 3.8.2 TURBULENT FLOW IN CIRCULAR TUBES 355 3.8.3
PACKED BEDS 357 3.8.4 FLUIDISED BEDS 361 3.8.5 SOME EMPIRICAL EQUATIONS
FOR HEAT AND MASS TRANSFER IN FLOW THROUGH CHANNELS, PACKED AND
FLUIDISED BEDS 370 3.9 FREEFLOW 373 CONTENTS 3.9.1 THE MOMENTUM EQUATION
376 1 3.9.2 HEAT TRANSFER IN LAMINAR FLOW ON A VERTICAL WALL 379 3.9.3
SOME EMPIRICAL EQUATIONS FOR HEAT TRANSFER IN FREE FLOW 384 3.9.4 MASS
TRANSFER IN FREE FLOW 386 3.10 OVERLAPPING OF FREE AND FORCED FLOW 387
3.11 COMPRESSIBLE FLOWS 389 3.11.1 THE TEMPERATURE FIELD IN A
COMPRESSIBLE FLOW 389 3.11.2 CALCULATION OF HEAT TRANSFER 396 3.12
EXERCISES 399 4 CONVECTIVE HEAT AND MASS TRANSFER. FLOWS WITH PHASE
CHANGE 405 4.1 HEAT TRANSFER IN CONDENSATION 405 4.1.1 THE DIFFERENT
TYPES OF CONDENSATION 406 4.1.2 NUSSELT S FILM CONDENSATION THEORY 408
4.1.3 DEVIATIONS FROM NUSSELT S FILM CONDENSATION THEORY 412 4.1.4
INFLUENCE OF NON-CONDENSABLE GASES 416 4.1.5 FILM CONDENSATION IN A
TURBULENT FILM 422 4.1.6 CONDENSATION OF FLOWING VAPOURS 426 4.1.7
DROPWISE CONDENSATION 431 4.1.8 CONDENSATION OF VAPOUR MIXTURES 435
4.1.8.1 THE TEMPERATURE AT THE PHASE INTERFACE 439 4.1.8.2 THE MATERIAL
AND ENERGY BALANCE FOR THE VAPOUR 443 4.1.8.3 CALCULATING THE SIZE OF A
CONDENSER 445 4.1.9 SOME EMPIRICAL EQUATIONS 446 4.2 HEAT TRANSFER IN
BOILING 448 4.2.1 THE DIFFERENT TYPES OF HEAT TRANSFER 449 4.2.2 THE
FORMATION OF VAPOUR BUBBLES 453 4.2.3 BUBBLE FREQUENCY AND DEPARTURE
DIAMETER 456 4.2.4 BOILING IN FREE FLOW. THE NUKIJAMA CURVE 460 4.2.5
STABILITY DURING BOILING IN FREE FLOW 461 4.2.6 CALCULATION OF HEAT
TRANSFER COEFFICIENTS FOR BOILING IN FREE FLOW . . 465 4.2.7 SOME
EMPIRICAL EQUATIONS FOR HEAT TRANSFER DURING NUCLEATE BOILING IN FREE
FLOW 468 4.2.8 TWO-PHASE FLOW 472 4.2.8.1 THE DIFFERENT FLOW PATTERNS
473 4.2.8.2 FLOW MAPS 475 4.2.8.3 SOME BASIC TERMS AND DEFINITIONS 476
4.2.8.4 PRESSURE DROP IN TWO-PHASE FLOW 479 4.2.8.5 THE DIFFERENT HEAT
TRANSFER REGIONS IN TWO-PHASE FLOW . . . 487 4.2.8.6 HEAT TRANSFER IN
NUCLEATE BOILING AND CONVECTIVE EVAPORATION 489 4.2.8.7 CRITICAL BOILING
STATES 492 4.2.8.8 SOME EMPIRICAL EQUATIONS FOR HEAT TRANSFER IN
TWO-PHASE FLOW 495 4.2.9 HEAT TRANSFER IN BOILING MIXTURES 496 CONTENTS
4.3 EXERCISES 501 5 THERMAL RADIATION 503 5.1 FUNDAMENTALS. PHYSICAL
QUANTITIES 503 5.1.1 THERMAL RADIATION 504 5.1.2 EMISSION OF RADIATION
506 5.1.2.1 EMISSIVE POWER 506 5.1.2.2 SPECTRAL INTENSITY 507 5.1.2.3
HEMISPHERICAL SPECTRAL EMISSIVE POWER AND TOTAL INTENSITY 509 5.1.2.4
DIFFUSE RADIATORS. LAMBERT S COSINE LAW 513 5.1.3 IRRADIATION 514 5.1.4
ABSORPTION OF RADIATION 517 5.1.5 REFLECTION OF RADIATION 522 5.1.6
RADIATION IN AN ENCLOSURE. KIRCHHOFF S LAW 524 5.2 RADIATION FROM A
BLACK BODY 527 5.2.1 DEFINITION AND REALISATION OF A BLACK BODY 527
5.2.2 THE SPECTRAL INTENSITY AND THE SPECTRAL EMISSIVE POWER 528 5.2.3
THE EMISSIVE POWER AND THE EMISSION OF RADIATION IN A WAVELENGTH
INTERVAL 532 5.3 RADIATION PROPERTIES OF REAL BODIES 537 5.3.1
EMISSIVITIES 537 5.3.2 THE RELATIONSHIPS BETWEEN EMISSIVITY,
ABSORPTIVITY AND REFLECTIVITY. THE GREY LAMBERT RADIATOR 540 5.3.2.1
CONCLUSIONS FROM KIRCHHOFF S LAW 540 5.3.2.2 CALCULATION OF
ABSORPTIVITIES FROM EMISSIVITIES 541 5.3.2.3 THE GREY LAMBERT RADIATOR
542 5.3.3 EMISSIVITIES OF REAL BODIES 544 5.3.3.1 ELECTRICAL INSULATORS
545 5.3.3.2 ELECTRICAL CONDUCTORS (METALS) 548 5.3.4 TRANSPARENT BODIES
550 5.4 SOLAR RADIATION 555 5.4.1 EXTRATERRESTRIAL SOLAR RADIATION 555
5.4.2 THE ATTENUATION OF SOLAR RADIATION IN THE EARTH S ATMOSPHERE . . .
558 5.4.2.1 SPECTRAL TRANSMISSIVITY 558 5.4.2.2 MOLECULAR AND AEROSOL
SCATTERING 561 5.4.2.3 ABSORPTION 562 5.4.3 DIRECT SOLAR RADIATION ON
THE GROUND 564 5.4.4 DIFFUSE SOLAR RADIATION AND GLOBAL RADIATION 566
5.4.5 ABSORPTIVITIES FOR SOLAR RADIATION 568 5.5 RADIATIVE EXCHANGE 569
5.5.1 VIEW FACTORS 570 5.5.2 RADIATIVE EXCHANGE BETWEEN BLACK BODIES 576
5.5.3 RADIATIVE EXCHANGE BETWEEN GREY LAMBERT RADIATORS 579 5.5.3.1 THE
BALANCE EQUATIONS ACCORDING TO THE NET-RADIATION METHOD 580 CONTENTS XV
5.5.3.2 RADIATIVE EXCHANGE BETWEEN A RADIATION SOURCE, A RADIATION
RECEIVER AND A RERADIATING WALL 581 5.5.3.3 RADIATIVE EXCHANGE IN A
HOLLOW ENCLOSURE WITH TWO ZONES . 585 5.5.3.4 THE EQUATION SYSTEM FOR
THE RADIATIVE EXCHANGE BETWEEN ANY NUMBER OF ZONES 587 5.5.4 PROTECTIVE
RADIATION SHIELDS 590 5.6 GAS RADIATION 594 5.6.1 ABSORPTION COEFFICIENT
AND OPTICAL THICKNESS 595 5.6.2 ABSORPTIVITY ARID EMISSIVITY 597 5.6.3
RESULTS FOR THE EMISSIVITY 600 5.6.4 EMISSIVITIES AND MEAN BEAM LENGTHS
OF GAS SPACES 603 5.6.5 RADIATIVE EXCHANGE IN A GAS FILLED ENCLOSURE 607
5.6.5.1 BLACK, ISOTHERMAL BOUNDARY WALLS 607 5.6.5.2 GREY ISOTHERMAL
BOUNDARY WALLS 608 5.6.5.3 CALCULATION OF THE RADIATIVE EXCHANGE IN
COMPLICATED CASES 611 5.7 EXERCISES 612 APPENDIX A: SUPPLEMENTS 617 A.I
INTRODUCTION TO TENSOR NOTATION 617 A.2 RELATIONSHIP BETWEEN MEAN AND
THERMODYNAMIC PRESSURE 619 A.3 NAVIER-STOKES EQUATIONS FOR AN
INCOMPRESSIBLE FLUID OF CONSTANT VISCOSITY IN CARTESIAN COORDINATES 620
A.4 NAVIER-STOKES EQUATIONS FOR AN INCOMPRESSIBLE FLUID OF CONSTANT
VISCOSITY IN CYLINDRICAL COORDINATES 621 A.5 ENTROPY BALANCE FOR
MIXTURES 622 A.6 RELATIONSHIP BETWEEN PARTIAL AND SPECIFIC ENTHALPY 623
A.7 CALCULATION OF THE CONSTANTS A N OF A GRAETZ-NUSSELT PROBLEM (3.246)
. . . 624 APPENDIX B: PROPERTY DATA 626 APPENDIX C: SOLUTIONS TO THE
EXERCISES 640 LITERATURE 654 INDEX 671
|
| adam_txt |
HANS DIETER BAEHR * KARL STEPHAN HEAT AND MASS TRANSFER SECOND, REVISED
EDITION WITH 327 FIGURES FYA SPRINGER CONTENTS NOMENCLATURE XVI 1
INTRODUCTION. TECHNICAL APPLICATIONS 1 1.1 THE DIFFERENT TYPES OF HEAT
TRANSFER 1 1.1.1 HEAT CONDUCTION 2 1.1.2 STEADY, ONE-DIMENSIONAL
CONDUCTION OF HEAT 5 1.1.3 CONVECTIVE HEAT TRANSFER. HEAT TRANSFER
COEFFICIENT 10 1.1.4 DETERMINING HEAT TRANSFER COEFFICIENTS.
DIMENSIONLESS NUMBERS . . 15 1.1.5 THERMAL RADIATION 25 1.1.6 RADIATIVE
EXCHANGE 27 1.2 OVERALL HEAT TRANSFER 30 1.2.1 THE OVERALL HEAT TRANSFER
COEFFICIENT 30 1.2.2 MULTI-LAYER WALLS 32 1.2.3 OVERALL HEAT TRANSFER
THROUGH WALLS WITH EXTENDED SURFACES . . . . 33 1.2.4 HEATING AND
COOLING OF THIN WALLED VESSELS 37 1.3 HEAT EXCHANGERS 40 1.3.1 TYPES OF
HEAT EXCHANGER AND FLOW CONFIGURATIONS 40 1.3.2 GENERAL DESIGN
EQUATIONS. DIMENSIONLESS GROUPS 44 1.3.3 COUNTERCURRENT AND COCURRENT
HEAT EXCHANGERS 49 1.3.4 CROSSFLOW HEAT EXCHANGERS 56 1.3.5 OPERATING
CHARACTERISTICS OF FURTHER FLOW CONFIGURATIONS. DIAGRAMS 63 1.4 THE
DIFFERENT TYPES OF MASS TRANSFER 64 1.4.1 DIFFUSION 66 1.4.1.1
COMPOSITION OF MIXTURES 66 1.4.1.2 DIFFUSIVE FLUXES 67 1.4.1.3 FICK'S
LAW 70 1.4.2 DIFFUSION THROUGH A SEMIPERMEABLE PLANE. EQUIMOLAR
DIFFUSION . . 72 1.4.3 CONVECTIVE MASS TRANSFER 76 1.5 MASS TRANSFER
THEORIES 80 1.5.1 FILM THEORY 80 1.5.2 BOUNDARY LAYER THEORY 84 1.5.3
PENETRATION AND SURFACE RENEWAL THEORIES 86 1.5.4 APPLICATION OF FILM
THEORY TO EVAPORATIVE COOLING 87 CONTENTS 1.6 OVERALL MASS TRANSFER 91
1.7 MASS TRANSFER APPARATUS 93 1.7.1 MATERIAL BALANCES 94 1.7.2
CONCENTRATION PROFILES AND HEIGHTS OF MASS TRANSFER COLUMNS . . . . 97
1.8 EXERCISES 101 2 HEAT CONDUCTION AND MASS DIFFUSION 105 2.1 THE HEAT
CONDUCTION EQUATION 105 2.1.1 DERIVATION OF THE DIFFERENTIAL EQUATION
FOR THE TEMPERATURE FIELD . . 106 2.1.2 THE HEAT CONDUCTION EQUATION FOR
BODIES WITH CONSTANT MATERIAL PROPERTIES 109 2.1.3 BOUNDARY CONDITIONS
ILL 2.1.4 TEMPERATURE DEPENDENT MATERIAL PROPERTIES 114 2.1.5 SIMILAR
TEMPERATURE FIELDS 115 2.2 STEADY-STATE HEAT CONDUCTION 119 2.2.1
GEOMETRIC ONE-DIMENSIONAL HEAT CONDUCTION WITH HEAT SOURCES . . 119
2.2.2 LONGITUDINAL HEAT CONDUCTION IN A ROD 122 2.2.3 THE TEMPERATURE
DISTRIBUTION IN FINS AND PINS 127 2.2.4 FIN EFFICIENCY 131 2.2.5
GEOMETRIC MULTI-DIMENSIONAL HEAT FLOW 134 2.2.5.1 SUPERPOSITION OF HEAT
SOURCES AND HEAT SINKS 135 2.2.5.2 SHAPE FACTORS 139 2.3 TRANSIENT HEAT
CONDUCTION 140 2.3.1 SOLUTION METHODS 141 2.3.2 THE LAPLACE
TRANSFORMATION 142 2.3.3 THE SEMI-INFINITE SOLID 149 2.3.3.1 HEATING AND
COOLING WITH DIFFERENT BOUNDARY CONDITIONS . 149 2.3.3.2 TWO
SEMI-INFINITE BODIES IN CONTACT WITH EACH OTHER . . . . 154 2.3.3.3
PERIODIC TEMPERATURE VARIATIONS 156 2.3.4 COOLING OR HEATING OF SIMPLE
BODIES IN ONE-DIMENSIONAL HEAT FLOW . 159 2.3.4.1 FORMULATION OF THE
PROBLEM 159 2.3.4.2 SEPARATING THE VARIABLES 161 2.3.4.3 RESULTS FOR THE
PLATE 163 2.3.4.4 RESULTS FOR THE CYLINDER AND THE SPHERE 167 2.3.4.5
APPROXIMATION FOR LARGE TIMES: RESTRICTION TO THE FIRST TERM IN THE
SERIES 169 2.3.4.6 A SOLUTION FOR SMALL TIMES 171 2.3.5 COOLING AND
HEATING IN MULTI-DIMENSIONAL HEAT FLOW 172 2.3.5.1 PRODUCT SOLUTIONS 172
2.3.5.2 APPROXIMATION FOR SMALL BIOT NUMBERS 175 2.3.6 SOLIDIFICATION OF
GEOMETRICALLY SIMPLE BODIES 177 2.3.6.1 THE SOLIDIFICATION OF FLAT
LAYERS (STEFAN PROBLEM) 178 2.3.6.2 THE QUASI-STEADY APPROXIMATION 181
2.3.6.3 IMPROVED APPROXIMATIONS 184 2.3.7 HEAT SOURCES 185 CONTENTS
2.3.7.1 HOMOGENEOUS HEAT SOURCES 186 2.3.7.2 POINT AND LINEAR HEAT
SOURCES 187 2.4 NUMERICAL SOLUTIONS TO HEAT CONDUCTION PROBLEMS 192
2.4.1 THE SIMPLE, EXPLICIT DIFFERENCE METHOD FOR TRANSIENT HEAT
CONDUCTION PROBLEMS 193 2.4.1.1 THE FINITE DIFFERENCE EQUATION 193
2.4.1.2 THE STABILITY CONDITION 195 2.4.1.3 HEAT SOURCES 196 2.4.2
DISCRETISATION OF THE BOUNDARY CONDITIONS 197 2.4.3 THE IMPLICIT
DIFFERENCE METHOD FROM J. CRANK AND P. NICOLSON . . 203 2.4.4
NONCARTESIAN COORDINATES. TEMPERATURE DEPENDENT MATERIAL PROPERTIES 206
2.4.4.1 THE DISCRETISATION OF THE SELF-ADJOINT DIFFERENTIAL OPERATOR .
207 2.4.4.2 CONSTANT MATERIAL PROPERTIES. CYLINDRICAL COORDINATES . .
208 2.4.4.3 TEMPERATURE DEPENDENT MATERIAL PROPERTIES 209 2.4.5
TRANSIENT TWO-AND THREE-DIMENSIONAL TEMPERATURE FIELDS 211 2.4.6
STEADY-STATE TEMPERATURE FIELDS 214 2.4.6.1 A SIMPLE FINITE DIFFERENCE
METHOD FOR PLANE, STEADY-STATE TEMPERATURE FIELDS 214 2.4.6.2
CONSIDERATION OF THE BOUNDARY CONDITIONS 217 2.5 MASS DIFFUSION 222
2.5.1 REMARKS ON QUIESCENT SYSTEMS 222 2.5.2 DERIVATION OF THE
DIFFERENTIAL EQUATION FOR THE CONCENTRATION FIELD . 225 2.5.3
SIMPLIFICATIONS 230 2.5.4 BOUNDARY CONDITIONS 231 2.5.5 STEADY-STATE
MASS DIFFUSION WITH CATALYTIC SURFACE REACTION 234 2.5.6 STEADY-STATE
MASS DIFFUSION WITH HOMOGENEOUS CHEMICAL REACTION . 238 2.5.7 TRANSIENT
MASS DIFFUSION 242 2.5.7.1 TRANSIENT MASS DIFFUSION IN A SEMI-INFINITE
SOLID 243 2.5.7.2 TRANSIENT MASS DIFFUSION IN BODIES OF SIMPLE GEOMETRY
WITH ONE-DIMENSIONAL MASS FLOW 244 2.6 EXERCISES 246 3 CONVECTIVE HEAT
AND MASS TRANSFER. SINGLE PHASE FLOW 253 3.1 PRELIMINARY REMARKS:
LONGITUDINAL, FRICTIONLESS FLOW OVER A FLAT PLATE . . . 253 3.2 THE
BALANCE EQUATIONS 258 3.2.1 REYNOLDS' TRANSPORT THEOREM 258 3.2.2 THE
MASS BALANCE 260 3.2.2.1 PURE SUBSTANCES 260 3.2.2.2 MULTICOMPONENT
MIXTURES 261 3.2.3 THE MOMENTUM BALANCE 264 3.2.3.1 THE STRESS TENSOR
266 3.2.3.2 CAUCHY'S EQUATION OF MOTION 269 3.2.3.3 THE STRAIN TENSOR
270 II CONTENTS 3.2.3.4 CONSTITUTIVE EQUATIONS FOR THE SOLUTION OF THE
MOMENTUM EQUATION ." 272 3.2.3.5 THE NAVIER-STOKES EQUATIONS 273 3.2.4
THE ENERGY BALANCE 274 3.2.4.1 DISSIPATED ENERGY AND ENTROPY 279 3.2.4.2
CONSTITUTIVE EQUATIONS FOR THE SOLUTION OF THE ENERGY EQUATION 281
3.2.4.3 SOME OTHER FORMULATIONS OF THE ENERGY EQUATION 282 3.2.5 SUMMARY
285 3.3 INFLUENCE OF THE REYNOLDS NUMBER ON THE FLOW 287 3.4
SIMPLIFICATIONS TO THE NAVIER-STOKES EQUATIONS 290 3.4.1 CREEPING FLOWS
290 3.4.2 FRICTIONLESS FLOWS 291 3.4.3 BOUNDARY LAYER FLOWS 291 3.5 THE
BOUNDARY LAYER EQUATIONS 293 3.5.1 THE VELOCITY BOUNDARY LAYER 293 3.5.2
THE THERMAL BOUNDARY LAYER 296 3.5.3 THE CONCENTRATION BOUNDARY LAYER
300 3.5.4 GENERAL COMMENTS ON THE SOLUTION OF BOUNDARY LAYER EQUATIONS .
. 300 3.6 INFLUENCE OF TURBULENCE ON HEAT AND MASS TRANSFER 304 3.6.1
TURBULENT FLOWS NEAR SOLID WALLS 308 3.7 EXTERNAL FORCED FLOW 312 3.7.1
PARALLEL FLOW ALONG A FLAT PLATE 313 3.7.1.1 LAMINAR BOUNDARY LAYER 313
3.7.1.2 TURBULENT FLOW 325 3.7.2 THE CYLINDER IN CROSSFLOW 330 3.7.3
TUBE BUNDLES IN CROSSFLOW 334 3.7.4 SOME EMPIRICAL EQUATIONS FOR HEAT
AND MASS TRANSFER IN EXTERNAL FORCED FLOW 338 3.8 INTERNAL FORCED FLOW
341 3.8.1 LAMINAR FLOW IN CIRCULAR TUBES 341 3.8.1.1 HYDRODYNAMIC, FULLY
DEVELOPED, LAMINAR FLOW 342 3.8.1.2 THERMAL, FULLY DEVELOPED, LAMINAR
FLOW 344 3.8.1.3 HEAT TRANSFER COEFFICIENTS IN THERMALLY FULLY
DEVELOPED, LAMINAR FLOW 346 3.8.1.4 THE THERMAL ENTRY FLOW WITH FULLY
DEVELOPED VELOCITY PROFILE 349 3.8.1.5 THERMALLY AND HYDRODYNAMICALLY
DEVELOPING FLOW 354 3.8.2 TURBULENT FLOW IN CIRCULAR TUBES 355 3.8.3
PACKED BEDS 357 3.8.4 FLUIDISED BEDS 361 3.8.5 SOME EMPIRICAL EQUATIONS
FOR HEAT AND MASS TRANSFER IN FLOW THROUGH CHANNELS, PACKED AND
FLUIDISED BEDS 370 3.9 FREEFLOW 373 CONTENTS 3.9.1 THE MOMENTUM EQUATION
376 1 3.9.2 HEAT TRANSFER IN LAMINAR FLOW ON A VERTICAL WALL 379 3.9.3
SOME EMPIRICAL EQUATIONS FOR HEAT TRANSFER IN FREE FLOW 384 3.9.4 MASS
TRANSFER IN FREE FLOW 386 3.10 OVERLAPPING OF FREE AND FORCED FLOW 387
3.11 COMPRESSIBLE FLOWS 389 3.11.1 THE TEMPERATURE FIELD IN A
COMPRESSIBLE FLOW 389 3.11.2 CALCULATION OF HEAT TRANSFER 396 3.12
EXERCISES 399 4 CONVECTIVE HEAT AND MASS TRANSFER. FLOWS WITH PHASE
CHANGE 405 4.1 HEAT TRANSFER IN CONDENSATION 405 4.1.1 THE DIFFERENT
TYPES OF CONDENSATION 406 4.1.2 NUSSELT'S FILM CONDENSATION THEORY 408
4.1.3 DEVIATIONS FROM NUSSELT'S FILM CONDENSATION THEORY 412 4.1.4
INFLUENCE OF NON-CONDENSABLE GASES 416 4.1.5 FILM CONDENSATION IN A
TURBULENT FILM 422 4.1.6 CONDENSATION OF FLOWING VAPOURS 426 4.1.7
DROPWISE CONDENSATION 431 4.1.8 CONDENSATION OF VAPOUR MIXTURES 435
4.1.8.1 THE TEMPERATURE AT THE PHASE INTERFACE 439 4.1.8.2 THE MATERIAL
AND ENERGY BALANCE FOR THE VAPOUR 443 4.1.8.3 CALCULATING THE SIZE OF A
CONDENSER 445 4.1.9 SOME EMPIRICAL EQUATIONS 446 4.2 HEAT TRANSFER IN
BOILING 448 4.2.1 THE DIFFERENT TYPES OF HEAT TRANSFER 449 4.2.2 THE
FORMATION OF VAPOUR BUBBLES 453 4.2.3 BUBBLE FREQUENCY AND DEPARTURE
DIAMETER 456 4.2.4 BOILING IN FREE FLOW. THE NUKIJAMA CURVE 460 4.2.5
STABILITY DURING BOILING IN FREE FLOW 461 4.2.6 CALCULATION OF HEAT
TRANSFER COEFFICIENTS FOR BOILING IN FREE FLOW . . 465 4.2.7 SOME
EMPIRICAL EQUATIONS FOR HEAT TRANSFER DURING NUCLEATE BOILING IN FREE
FLOW 468 4.2.8 TWO-PHASE FLOW 472 4.2.8.1 THE DIFFERENT FLOW PATTERNS
473 4.2.8.2 FLOW MAPS 475 4.2.8.3 SOME BASIC TERMS AND DEFINITIONS 476
4.2.8.4 PRESSURE DROP IN TWO-PHASE FLOW 479 4.2.8.5 THE DIFFERENT HEAT
TRANSFER REGIONS IN TWO-PHASE FLOW . . . 487 4.2.8.6 HEAT TRANSFER IN
NUCLEATE BOILING AND CONVECTIVE EVAPORATION 489 4.2.8.7 CRITICAL BOILING
STATES 492 4.2.8.8 SOME EMPIRICAL EQUATIONS FOR HEAT TRANSFER IN
TWO-PHASE FLOW 495 4.2.9 HEAT TRANSFER IN BOILING MIXTURES 496 CONTENTS
4.3 EXERCISES 501 5 THERMAL RADIATION 503 5.1 FUNDAMENTALS. PHYSICAL
QUANTITIES 503 5.1.1 THERMAL RADIATION 504 5.1.2 EMISSION OF RADIATION
506 5.1.2.1 EMISSIVE POWER 506 5.1.2.2 SPECTRAL INTENSITY 507 5.1.2.3
HEMISPHERICAL SPECTRAL EMISSIVE POWER AND TOTAL INTENSITY 509 5.1.2.4
DIFFUSE RADIATORS. LAMBERT'S COSINE LAW 513 5.1.3 IRRADIATION 514 5.1.4
ABSORPTION OF RADIATION 517 5.1.5 REFLECTION OF RADIATION 522 5.1.6
RADIATION IN AN ENCLOSURE. KIRCHHOFF'S LAW 524 5.2 RADIATION FROM A
BLACK BODY 527 5.2.1 DEFINITION AND REALISATION OF A BLACK BODY 527
5.2.2 THE SPECTRAL INTENSITY AND THE SPECTRAL EMISSIVE POWER 528 5.2.3
THE EMISSIVE POWER AND THE EMISSION OF RADIATION IN A WAVELENGTH
INTERVAL 532 5.3 RADIATION PROPERTIES OF REAL BODIES 537 5.3.1
EMISSIVITIES 537 5.3.2 THE RELATIONSHIPS BETWEEN EMISSIVITY,
ABSORPTIVITY AND REFLECTIVITY. THE GREY LAMBERT RADIATOR 540 5.3.2.1
CONCLUSIONS FROM KIRCHHOFF'S LAW 540 5.3.2.2 CALCULATION OF
ABSORPTIVITIES FROM EMISSIVITIES 541 5.3.2.3 THE GREY LAMBERT RADIATOR
542 5.3.3 EMISSIVITIES OF REAL BODIES 544 5.3.3.1 ELECTRICAL INSULATORS
545 5.3.3.2 ELECTRICAL CONDUCTORS (METALS) 548 5.3.4 TRANSPARENT BODIES
550 5.4 SOLAR RADIATION 555 5.4.1 EXTRATERRESTRIAL SOLAR RADIATION 555
5.4.2 THE ATTENUATION OF SOLAR RADIATION IN THE EARTH'S ATMOSPHERE . . .
558 5.4.2.1 SPECTRAL TRANSMISSIVITY 558 5.4.2.2 MOLECULAR AND AEROSOL
SCATTERING 561 5.4.2.3 ABSORPTION 562 5.4.3 DIRECT SOLAR RADIATION ON
THE GROUND 564 5.4.4 DIFFUSE SOLAR RADIATION AND GLOBAL RADIATION 566
5.4.5 ABSORPTIVITIES FOR SOLAR RADIATION 568 5.5 RADIATIVE EXCHANGE 569
5.5.1 VIEW FACTORS 570 5.5.2 RADIATIVE EXCHANGE BETWEEN BLACK BODIES 576
5.5.3 RADIATIVE EXCHANGE BETWEEN GREY LAMBERT RADIATORS 579 5.5.3.1 THE
BALANCE EQUATIONS ACCORDING TO THE NET-RADIATION METHOD 580 CONTENTS XV
5.5.3.2 RADIATIVE EXCHANGE BETWEEN A RADIATION SOURCE, A RADIATION
RECEIVER AND A RERADIATING WALL 581 5.5.3.3 RADIATIVE EXCHANGE IN A
HOLLOW ENCLOSURE WITH TWO ZONES . 585 5.5.3.4 THE EQUATION SYSTEM FOR
THE RADIATIVE EXCHANGE BETWEEN ANY NUMBER OF ZONES 587 5.5.4 PROTECTIVE
RADIATION SHIELDS 590 5.6 GAS RADIATION 594 5.6.1 ABSORPTION COEFFICIENT
AND OPTICAL THICKNESS 595 5.6.2 ABSORPTIVITY ARID EMISSIVITY 597 5.6.3
RESULTS FOR THE EMISSIVITY 600 5.6.4 EMISSIVITIES AND MEAN BEAM LENGTHS
OF GAS SPACES 603 5.6.5 RADIATIVE EXCHANGE IN A GAS FILLED ENCLOSURE 607
5.6.5.1 BLACK, ISOTHERMAL BOUNDARY WALLS 607 5.6.5.2 GREY ISOTHERMAL
BOUNDARY WALLS 608 5.6.5.3 CALCULATION OF THE RADIATIVE EXCHANGE IN
COMPLICATED CASES 611 5.7 EXERCISES 612 APPENDIX A: SUPPLEMENTS 617 A.I
INTRODUCTION TO TENSOR NOTATION 617 A.2 RELATIONSHIP BETWEEN MEAN AND
THERMODYNAMIC PRESSURE 619 A.3 NAVIER-STOKES EQUATIONS FOR AN
INCOMPRESSIBLE FLUID OF CONSTANT VISCOSITY IN CARTESIAN COORDINATES 620
A.4 NAVIER-STOKES EQUATIONS FOR AN INCOMPRESSIBLE FLUID OF CONSTANT
VISCOSITY IN CYLINDRICAL COORDINATES 621 A.5 ENTROPY BALANCE FOR
MIXTURES 622 A.6 RELATIONSHIP BETWEEN PARTIAL AND SPECIFIC ENTHALPY 623
A.7 CALCULATION OF THE CONSTANTS A N OF A GRAETZ-NUSSELT PROBLEM (3.246)
. . . 624 APPENDIX B: PROPERTY DATA 626 APPENDIX C: SOLUTIONS TO THE
EXERCISES 640 LITERATURE 654 INDEX 671 |
| any_adam_object | 1 |
| any_adam_object_boolean | 1 |
| author | Baehr, Hans Dieter 1928-2014 Stephan, Karl 1930- |
| author_GND | (DE-588)118143433 (DE-588)171465458 |
| author_facet | Baehr, Hans Dieter 1928-2014 Stephan, Karl 1930- |
| author_role | aut aut |
| author_sort | Baehr, Hans Dieter 1928-2014 |
| author_variant | h d b hd hdb k s ks |
| building | Verbundindex |
| bvnumber | BV021307298 |
| callnumber-first | T - Technology |
| callnumber-label | TJ260 |
| callnumber-raw | TJ260 |
| callnumber-search | TJ260 |
| callnumber-sort | TJ 3260 |
| callnumber-subject | TJ - Mechanical Engineering and Machinery |
| classification_rvk | UG 2300 UG 2500 |
| classification_tum | MTA 700f MTA 720f |
| ctrlnum | (OCoLC)181485766 (DE-599)BVBBV021307298 |
| dewey-full | 620 621.4022 |
| dewey-hundreds | 600 - Technology (Applied sciences) |
| dewey-ones | 620 - Engineering and allied operations 621 - Applied physics |
| dewey-raw | 620 621.4022 |
| dewey-search | 620 621.4022 |
| dewey-sort | 3620 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Physik Energietechnik |
| discipline_str_mv | Physik Energietechnik |
| edition | 2., rev. ed. |
| format | Book |
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| genre_facet | Lehrbuch |
| geographic | Abydos Ägypten (DE-588)4000323-1 gnd Briloner Sattel (DE-588)4008278-7 gnd |
| geographic_facet | Abydos Ägypten Briloner Sattel |
| id | DE-604.BV021307298 |
| illustrated | Illustrated |
| index_date | 2024-07-02T13:54:47Z |
| indexdate | 2024-07-09T20:35:16Z |
| institution | BVB |
| isbn | 3540295267 |
| language | English |
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| oclc_num | 181485766 |
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| owner | DE-91 DE-BY-TUM DE-29T DE-20 DE-634 |
| owner_facet | DE-91 DE-BY-TUM DE-29T DE-20 DE-634 |
| physical | XXII, 688 S. Ill., graph. Darst. |
| publishDate | 2006 |
| publishDateSearch | 2006 |
| publishDateSort | 2006 |
| publisher | Springer |
| record_format | marc |
| spelling | Baehr, Hans Dieter 1928-2014 Verfasser (DE-588)118143433 aut Wärme und Stoffübertragung Heat and mass transfer Hans Dieter Baehr ; Karl Stephan 2., rev. ed. Berlin [u.a.] Springer 2006 XXII, 688 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Chaleur - Transmission - Manuels d'enseignement supérieur Transfert de masse - Manuels d'enseignement supérieur Heat Transmission Textbooks Mass transfer Textbooks Bauwirtschaftsberuf (DE-588)4004985-1 gnd rswk-swf Stoffübertragung (DE-588)4057696-6 gnd rswk-swf Wärmeübertragung (DE-588)4064211-2 gnd rswk-swf Abydos Ägypten (DE-588)4000323-1 gnd rswk-swf Briloner Sattel (DE-588)4008278-7 gnd rswk-swf (DE-588)4123623-3 Lehrbuch gnd-content Wärmeübertragung (DE-588)4064211-2 s Stoffübertragung (DE-588)4057696-6 s 1\p DE-604 Bauwirtschaftsberuf (DE-588)4004985-1 s Abydos Ägypten (DE-588)4000323-1 g 2\p DE-604 Briloner Sattel (DE-588)4008278-7 g 3\p DE-604 Stephan, Karl 1930- Verfasser (DE-588)171465458 aut HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014627919&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk 2\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk 3\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk |
| spellingShingle | Baehr, Hans Dieter 1928-2014 Stephan, Karl 1930- Heat and mass transfer Chaleur - Transmission - Manuels d'enseignement supérieur Transfert de masse - Manuels d'enseignement supérieur Heat Transmission Textbooks Mass transfer Textbooks Bauwirtschaftsberuf (DE-588)4004985-1 gnd Stoffübertragung (DE-588)4057696-6 gnd Wärmeübertragung (DE-588)4064211-2 gnd |
| subject_GND | (DE-588)4004985-1 (DE-588)4057696-6 (DE-588)4064211-2 (DE-588)4000323-1 (DE-588)4008278-7 (DE-588)4123623-3 |
| title | Heat and mass transfer |
| title_alt | Wärme und Stoffübertragung |
| title_auth | Heat and mass transfer |
| title_exact_search | Heat and mass transfer |
| title_exact_search_txtP | Heat and mass transfer |
| title_full | Heat and mass transfer Hans Dieter Baehr ; Karl Stephan |
| title_fullStr | Heat and mass transfer Hans Dieter Baehr ; Karl Stephan |
| title_full_unstemmed | Heat and mass transfer Hans Dieter Baehr ; Karl Stephan |
| title_short | Heat and mass transfer |
| title_sort | heat and mass transfer |
| topic | Chaleur - Transmission - Manuels d'enseignement supérieur Transfert de masse - Manuels d'enseignement supérieur Heat Transmission Textbooks Mass transfer Textbooks Bauwirtschaftsberuf (DE-588)4004985-1 gnd Stoffübertragung (DE-588)4057696-6 gnd Wärmeübertragung (DE-588)4064211-2 gnd |
| topic_facet | Chaleur - Transmission - Manuels d'enseignement supérieur Transfert de masse - Manuels d'enseignement supérieur Heat Transmission Textbooks Mass transfer Textbooks Bauwirtschaftsberuf Stoffübertragung Wärmeübertragung Abydos Ägypten Briloner Sattel Lehrbuch |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014627919&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT baehrhansdieter warmeundstoffubertragung AT stephankarl warmeundstoffubertragung AT baehrhansdieter heatandmasstransfer AT stephankarl heatandmasstransfer |