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Bibliographic Details
Title:	Fundamentals of fluid film lubrication
From:	Bernard J. Hamrock ; Steven R. Schmid ; Bo O. Jacobson
Person:	Hamrock, Bernard J. Verfasser aut Schmid, Steven R. Jacobson, Bo O.
Main Authors:	Hamrock, Bernard J. (Author), Schmid, Steven R. (Author), Jacobson, Bo O. (Author)
Format:	Book
Language:	English
Published:	New York [u.a.] Dekker 2004
Edition:	2. ed.
Series:	Mechanical engineering 169
Subjects:	Flüssigkeitsschmierung
Online Access:	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=012036868&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
Physical Description:	XIV, 699 S. graph. Darst.
ISBN:	0824753712

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adam_text	FUNDAMENTALS OF FLUID FILM LUBRICATION CONTENTS 1 INTRODUCTION 1 1.1 INTRODUCTION 1 1.2 CONFORMAL AND NONCONFORMAL SURFACES 2 1.3 LUBRICATION REGIMES 3 1.3.1 HISTORICAL PERSPECTIVE 3 1.3.2 HYDRODYNAMIC LUBRICATION 4 1.3.3 ELASTOHYDRODYNAMIC LUBRICATION 5 1.3.4 BOUNDARY LUBRICATION 7 1.3.5 PARTIAL LUBRICATION 17 1.3.6 STRIBECK CURVE 17 1.4 CLOSURE 19 1.5 PROBLEMS 20 2 BEARING CLASSIFICATION AND SELECTION 23 2.1 INTRODUCTION 23 2.2 BEARING CLASSIFICATION ; 24 2.2.1 DRY RUBBING BEARINGS 24 2.2.2 IMPREGNATED BEARINGS 24 2.2.3 CONFORMAL FLUID FILM BEARINGS 25 2.2.4 ROLLING-ELEMENT BEARINGS 27 2.3 BEARING SELECTION 28 2.4 CLOSURE 37 2.5 PROBLEMS 37 3 SURFACE TOPOGRAPHY 39 3.1 INTRODUCTION 39 3.2 GEOMETRIC CHARACTERISTICS OF SURFACES 40 3.3 CONTACTING MEASUREMENT METHODS 41 3.3.1 STYLUS PROFILOVNETRY 41 3.3.2 ATOMIC FORCE MICROSCOPY 42 3.4 NONCONTACTING MEASUREMENT DEVICES 43 3.5 REFERENCE LINES 45 3.5.1 MEAN, OR M SYSTEM 47 FUNDAMENTALS OF FLUID FILM LUBRICATION 3.5.2 TEN-POINT AVERAGE 47 3.5.3 LEAST SQUARES 47 3.6 COMPUTATION OF SURFACE PARAMETERS 48 3.7 AUTOCORRELATION PARAMETER 55 3.8 DISTRIBUTION OF SLOPE AND CURVATURE 56 3.9 FILM PARAMETERS FOR DIFFERENT LUBRICATION REGIMES 57 3.10 TRANSITION BETWEEN LUBRICATION REGIMES 58 3.11 CLOSURE 60 3.12 PROBLEMS 61 4 LUBRICANT PROPERTIES 63 4.1 INTRODUCTION 63 4.2 BASIC CHEMISTRY 64 4.2.1 HYDROCARBONS 64 4.2.2 ALCOHOLS 66 4.2.3 FATTY ACIDS 67 4.2.4 CYCLIC HYDROCARBONS 68 4.3 PETROLEUM OR MINERAL OIL BASE STOCKS 70 4.4 SYNTHETIC OIL BASE STOCKS 71 4.4.1 SYNTHETIC HYDROCARBONS 71 4.4.2 ORGANIC ESTERS 73 4.4.3 POLYGLYCOLS 74 4.4.4 PHOSPHATE ESTERS 74 4.4.5 SILICON-CONTAINING COMPOUNDS 74 4.4.6 HALOGEN-CONTAINING COMPOUNDS 75 4.4.7 HALOGENATED POLYARYLS 76 4.4.8 FLUOROCARBONS 76 4.4.9 PERFLUOROPOLYGLYCOLS 76 4.5 GREASE BASE STOCKS 76 4.5.1 THICKENERS 77 4.5.2 LUBRICATING OIL 79 4.6 GASES 80 4.7 EMULSIONS 82 4.8 LUBRICANT ADDITIVES 84 4.9 NEWTONIAN FLUIDS 85 4.10 NEWTON S POSTULATE 86 4.11 UNITS OF ABSOLUTE VISCOSITY 87 4.12 KINEMATIC VISCOSITY 88 4.13 VISCOSITY GRADE SYSTEM 89 4.14 VISCOSITY-PRESSURE EFFECTS 91 4.15 VISCOSITY-TEMPERATURE EFFECTS 97 4.16 VISCOSITY-PRESSURE-TEMPERATURE EFFECTS 99 4.17 VISCOSITY-SHEAR RATE EFFECTS 101 4.18 VISCOSITY INDEX 102 4.19 OXIDATION STABILITY 105 CONTENTS 4.20 POUR POINT 106 4.21 DENSITY 106 4.22 LIMITING SHEAR STRESS 110 4.23 FLUID RHEOLOGY MODELS 113 4.24 FORMULATION OF FLUID RHEOLOGY MODELS 115 4.25 CLOSURE 118 4.26 PROBLEMS 119 5 BEARING MATERIALS 123 5.1 INTRODUCTION 123 5.2 MATERIAL CHARACTERISTICS 123 5.3 METALLICS 125 5.3.1 TIN- AND LEAD-BASE ALLOYS 125 5.3.2 COPPER-LEAD ALLOYS 129 5.3.3 BRONZES 129 5.4 NONMETALLICS 129 5.4.1 CARBON GRAPHITES 131 5.4.2 PHENOLICS 132 5.4.3 NYLON 134 5.4.4 TEFLON 134 5.5 FORM OF BEARING SURFACES 134 5.6 MATERIALS AND MANUFACTURING PROCESSES USED FOR ROLLING-ELEMENT BEARINGS 135 5.6.1 FERROUS ALLOYS 136 5.6.2 CERAMICS 139 5.7 PROPERTIES OF COMMON BEARING MATERIALS 139 5.7.1 DENSITY 140 5.7.2 MODULUS OF ELASTICITY AND POISSON S RATIO 142 5.7.3 LINEAR THERMAL EXPANSION COEFFICIENT 143 5.7.4 THERMAL CONDUCTIVITY 143 5.7.5 SPECIFIC HEAT CAPACITY : 147 5.8 CLOSURE 152 5.9 PROBLEM * 153 6 VISCOUS FLOW 155 6.1 INTRODUCTION 156 6.2 PETROV S EQUATION 156 6.3 NAVIER-STOKES EQUATIONS 158 6.3.1 SURFACE FORCES 158 6.3.2 BODY FORCES 160 6.3.3 INERTIA FORCES 161 6.3.4 EQUILIBRIUM 161 6.3.5 STANDARD FORMS 162 6.4 CONTINUITY EQUATION 165 6.5 FLOW BETWEEN PARALLEL FLAT PLATES 167 VIII FUNDAMENTALS OF FLUID FILM LUBRICATION 6.6 FLOW IN A CIRCULAR PIPE 169 6.7 FLOW DOWN A VERTICAL PLANE 171 6.8 VISCOMETERS 172 6.8.1 CAPILLARY VISCOMETERS 172 6.8.2 ROTATIONAL VISCOMETERS 174 6.8.3 FALLING-SPHERE VISCOMETER 175 6.9 CLOSURE 177 6.10 PROBLEMS 178 7 REYNOLDS EQUATION 181 7.1 INTRODUCTION 182 7.2 DIMENSIONLESS NUMBERS 182 7.2.1 REYNOLDS NUMBER 183 7.2.2 TAYLOR NUMBER 185 7.2.3 FROUDE NUMBER 186 7.2.4 EULER NUMBER 187 7.3 REYNOLDS EQUATION DERIVED 188 7.3.1 FROM NAVIER-STOKES AND CONTINUITY EQUATIONS 188 7.3.2 FROM LAWS OF VISCOUS FLOW AND PRINCIPLE OF MASS CON- SERVATION 192 7.4 PHYSICAL SIGNIFICANCE OF TERMS IN REYNOLDS EQUATION 193 7.4.1 DENSITY WEDGE TERM (U A + U B ) H/2] {DP/DX) 195 7.4.2 STRETCH TERM {PH/2)[D(U A + U B ) )DX] 196 7.4.3 PHYSICAL WEDGE TERM [P(U A +U B )/2}(DH/DX) 196 7.4.4 NORMAL SQUEEZE TERM P (W A * W B ) 197 7.4.5 TRANSLATION SQUEEZE TERM * PU A (DH/DX) 19 7 7.4.6 LOCAL EXPANSION TERM H (DP/DT) 198 7.5 STANDARD REDUCED FORMS OF REYNOLDS EQUATION 198 7.6 DIFFERENT NORMAL SQUEEZE AND SLIDING MOTIONS 201 7.7 CLOSURE 204 7.8 PROBLEMS 204 8 HYDRODYNAMIC THRUST BEARINGS - ANALYTICAL SOLUTIONS 209 8.1 INTRODUCTION 210 8.2 MECHANISM OF PRESSURE DEVELOPMENT 210 8.3 GENERAL THRUST BEARING THEORY 213 8.4 PARALLEL-SURFACE SLIDING BEARING 217 8.5 FIXED-INCLINE SLIDER BEARING 218 8.5.1 PRESSURE DISTRIBUTION 218 8.5.2 NORMAL LOAD COMPONENT 221 8.5.3 TANGENTIAL FORCE COMPONENTS 221 8.5.4 SHEAR FORCE COMPONENTS 222 8.5.5 FRICTION COEFFICIENT 223 8.5.6 VOLUME FLOW RATE 224 8.5.7 POWER LOSS AND TEMPERATURE RISE 224 CONTENTS IX 8.5.8 CENTER OF PRESSURE 225 8.5.9 VELOCITY PROFILE AND STREAM FUNCTION 226 8.6 PARALLEL-STEP SLIDER BEARING 229 8.6.1 PRESSURE DISTRIBUTION 231 8.6.2 NORMAL AND TANGENTIAL LOAD COMPONENTS 233 8.6.3 FRICTION COEFFICIENT AND VOLUME FLOW RATE 235 8.6.4 POWER LOSS, TEMPERATURE RISE, AND CENTER OF PRESSURE . . 235 8.7 CLOSURE 236 5.8 PROBLEMS 237 9 HYDRODYNAMIC THRUST BEARINGS - NUMERICAL SOLUTIONS 241 9.1 INTRODUCTION 242 9.2 FINITE-WIDTH, PARALLEL-STEP-PAD SLIDER BEARING 242 9.2.1 PRESSURE DISTRIBUTION 243 9.2.2 NORMAL LOAD COMPONENT 246 9.2.3 RESULTS 249 9.3 FIXED-INCLINE-PAD SLIDER BEARING 250 9.4 PIVOTED-PAD SLIDER BEARING 258 9.5 THRUST BEARING GEOMETRY 264 9.6 CLOSURE 265 9.7 PROBLEMS 265 10 HYDRODYNAMIC JOURNAL BEARINGS - ANALYTICAL SOLUTIONS 269 10.1 INTRODUCTION 270 10.2 INFINITELY-WIDE-JOURNAL-BEARING SOLUTION 271 10.2.1 FULL SOMMERFELD SOLUTION 273 10.2.2 HALF SOMMERFELD SOLUTION 278 10.2.3 REYNOLDS BOUNDARY CONDITIONS 280 10.3 SHORT-WIDTH-JOURNAL-BEARING THEORY 280 10.4 CLOSURE 285 10.5 PROBLEMS 286 11 HYDRODYNAMIC JOURNAL BEARINGS - NUMERICAL SOLUTIONS 287 11.1 INTRODUCTION 288 11.2 OPERATING AND PERFORMANCE PARAMETERS 288 11.3 DESIGN PROCEDURE 290 11.4 OPTIMIZATION TECHNIQUES 297 11.5 DYNAMIC EFFECTS 298 11.6 NONPLAIN CONFIGURATIONS 299 11.7 CLOSURE 301 11.8 PROBLEMS 302 12 HYDRODYNAMIC SQUEEZE FILM BEARINGS 305 12.1 INTRODUCTION 306 12.2 PARALLEL-SURFACE BEARING OF INFINITE WIDTH 306 12.3 JOURNAL BEARING 312 FUNDAMENTALS OF FLUID FILM LUBRICATION 12.4 PARALLEL CIRCULAR PLATE 314 12.5 INFINITELY LONG CYLINDER NEAR A PLANE 316 12.6 CLOSURE 318 12.7 PROBLEMS 318 13 HYDROSTATIC LUBRICATION 321 13.1 INTRODUCTION 322 13.2 FORMATION OF FLUID FILM 322 13.3 PRESSURE DISTRIBUTION AND FLOW 323 13.4 NORMAL LOAD COMPONENT 325 13.5 FRICTIONAL TORQUE AND POWER LOSS 326 13.6 PAD COEFFICIENTS 331 13.6.1 CIRCULAR STEP BEARING PAD . 331 13.6.2 ANNULAR THRUST BEARING 333 13.6.3 RECTANGULAR SECTORS 333 13.7 COMPENSATING ELEMENTS 335 13.7.1 CAPILLARY COMPENSATION 336 13.7.2 ORIFICE COMPENSATION 337 13.7.3 CONSTANT-FLOW-VALVE COMPENSATION 338 13.8 CLOSURE 339 13.9 PROBLEMS 340 14 GAS-LUBRICATED THRUST BEARINGS 345 14.1 INTRODUCTION 346 14.2 REYNOLDS EQUATION 347 14.2.1 LIMITING SOLUTIONS 349 14.2.2 SLIP FLOW 351 14.3 PARALLEL-SURFACE BEARING 352 14.3.1 LOW-BEARING-NUMBER RESULTS 352 14.3.2 HIGH-BEARING-NUMBER RESULTS 353 14.3.3 INTERMEDIATE-BEARING-NUMBER RESULTS 353 14.4 PARALLEL-STEP BEARING 354 14.4.1 PRESSURE DISTRIBUTION 354 14.4.2 NORMAL LOAD COMPONENT AND STIFFNESS 358 14.4.3 OPTIMIZING PROCEDURE 359 14.4.4 STEP SECTOR THRUST BEARING 359 14.4.5 RESULTS 360 14.5 SPIRAL-GROOVE BEARING 362 14.6 CLOSURE 364 14.7 PROBLEMS 366 15 GAS-LUBRICATED JOURNAL BEARINGS 369 15.1 INTRODUCTION 370 15.2 REYNOLDS EQUATION 370 15.3 LIMITING SOLUTIONS 371 CONTENTS 15.3.1 LOW BEARING NUMBERS 371 15.3.2 HIGH BEARING NUMBERS 372 15.4 PRESSURE PERTURBATION SOLUTION 374 15.5 LINEARIZED PH SOLUTION 377 15.6 NONPLAIN JOURNAL BEARINGS 380 15.6.1 PIVOTED-PAD JOURNAL BEARINGS 380 15.6.2 HERRINGBONE-GROOVE JOURNAL BEARINGS 382 15.7 FOIL BEARINGS 386 15.8 CLOSURE 391 15.9 PROBLEMS 392 16 HYDRODYNAMIC LUBRICATION OF NONCONFORMAL SURFACES 395 16.1 INTRODUCTION 396 16.2 INFINITELY-WIDE-RIGID-CYLINDER SOLUTION 396 16.2.1 PRESSURE DISTRIBUTION 398 16.2.2 LOAD COMPONENTS 399 16.3 SHORT-WIDTH-RIGID-CYLINDER SOLUTION 401 16.3.1 PRESSURE DISTRIBUTION 401 16.3.2 LOAD COMPONENTS 402 16.4 EXACT RIGID-CYLINDER SOLUTION 402 16.4.1 PRESSURE DISTRIBUTION 402 16.4.2 LOAD COMPONENTS 404 16.5 GENERAL RIGID-BODY SOLUTION 406 16.5.1 FILM SHAPE 406 16.5.2 PRESSURE DISTRIBUTION 409 16.5.3 NORMAL LOAD COMPONENT 411 16.5.4 FILM THICKNESS FORMULAS 412 16.6 STARVATION EFFECTS 414 16.6.1 FILM THICKNESS FORMULAS 414 16.6.2 PRESSURE DISTRIBUTION 416 16.6.3 FULLY FLOODED-STARVED BOUNDARY 418 16.7 COMBINED SQUEEZE AND ENTRAINING MOTION 419 16.7.1 PRESSURE DISTRIBUTION AND LOAD 419 16.7.2 RESULTS AND DISCUSSION 421 16.8 CLOSURE 425 16.9 PROBLEMS 427 17 SIMPLIFIED SOLUTIONS FOR STRESSES AND DEFORMATIONS 431 17.1 INTRODUCTION 432 17.2 CURVATURE SUM AND DIFFERENCE 432 17.3 SURFACE STRESSES AND DEFORMATIONS 435 17.4 SUBSURFACE STRESSES 438 17.5 SIMPLIFIED SOLUTIONS 439 17.6 RECTANGULAR CONJUNCTIONS 447 17.7 CLOSURE 449 FUNDAMENTALS OF FLUID FILM LUBRICATION 17.8 PROBLEMS 449 18 ELASTOHYDRODYNAMIC LUBRICATION OF RECTANGULAR CONJUNCTIONS451 18.1 INTRODUCTION 452 18.2 INCOMPRESSIBLE SOLUTION 453 18.3 ELASTIC DEFORMATION 456 18.4 COMPRESSIBLE SOLUTION 460 18.5 FLOW, LOADS, AND CENTER OF PRESSURE 463 18.5.1 MASS FLOW RATE PER UNIT WIDTH 463 18.5.2 TANGENTIAL LOAD COMPONENTS 463 18.5.3 SHEAR FORCES 465 18.5.4 CENTER OF PRESSURE 465 18.6 PRESSURE SPIKE RESULTS 466 18.6.1 ISOVISCOUS AND VISCOUS RESULTS 466 18.6.2 DETAILS OF PRESSURE SPIKE AND FILM SHAPE 468 18.6.3 COMPRESSIBLE AND INCOMPRESSIBLE RESULTS 470 18.7 USEFUL FORMULAS 471 18.7.1 PRESSURE SPIKE AMPLITUDE 472 18.7.2 PRESSURE SPIKE LOCATION 476 18.7.3 MINIMUM AND CENTRAL FILM THICKNESSES 478 18.7.4 LOCATION OF MINIMUM FILM THICKNESS 482 18.7.5 CENTER OF PRESSURE 482 18.7.6 MASS FLOW RATE 485 18.8 CLOSURE 485 18.9 PROBLEM 487 19 ELASTOHYDRODYNAMIC LUBRICATION OF ELLIPTICAL CONJUNCTIONS 489 19.1 INTRODUCTION 490 19.2 RELEVANT EQUATIONS 490 19.3 DIMENSIONLESS GROUPINGS 494 19.4 HARD-EHL RESULTS 496 19.5 COMPARISON BETWEEN THEORETICAL AND EXPERIMENTAL FILM THICK- NESSES 500 19.6 SOFT-EHL RESULTS 506 19.7 STARVATION RESULTS 508 19.7.1 FULLY FLOODED/STARVED BOUNDARY 509 19.7.2 HARD-EHL RESULTS 509 19.7.3 SOFT-EHL RESULTS 513 19.8 CLOSURE 518 19.9 PROBLEM 521 20 FILM THICKNESSES FOR DIFFERENT REGIMES OF FLUID FILM LUBRICA- TION 525 20.1 INTRODUCTION 526 20.2 DIMENSIONLESS GROUPING 527 CONTENTS 20.3 ISOVISCOUS-RIGID REGIME 528 20.4 VISCOUS-RIGID REGIME 529 20.5 ISOVISCOUS-ELASTIC REGIME 530 20.6 VISCOUS-ELASTIC REGIME 531 20.7 PROCEDURE FOR MAPPING THE DIFFERENT LUBRICATION REGIMES . . . . 532 20.8 THERMAL CORRECTION FACTOR 536 20.9 SURFACE ROUGHNESS CORRECTION FACTOR 538 20.10CLOSURE 544 20.11PROBLEM 545 21 ROLLING ELEMENT BEARINGS 549 21.1 INTRODUCTION 550 21.2 HISTORICAL OVERVIEW 551 21.3 BEARING TYPES 552 21.3.1 BALL BEARINGS 552 21.3.2 ROLLER BEARINGS 557 21.4 GEOMETRY 559 21.4.1 GEOMETRY OF BALL BEARINGS 561 21.4.2 GEOMETRY OF ROLLER BEARINGS 567 21.5 KINEMATICS 571 21.6 SEPARATORS 574 21.7 STATIC LOAD DISTRIBUTION 575 21.7.1 LOAD DEFLECTION RELATIONSHIPS 575 21.7.2 RADIALLY LOADED BALL AND ROLLER BEARINGS 576 21.7.3 THRUST-LOADED BALL BEARING 579 21.7.4 PRELOADING 582 21.8 ROLLING FRICTION AND FRICTION LOSSES 583 21.8.1 ROLLING FRICTION 583 21.8.2 FRICTION LOSSES 586 21.9 LUBRICATION SYSTEMS 587 21.9.1 SOLID LUBRICATION 588 21.9.2 LIQUID LUBRICATION 588 21.10FATIGUE LIFE 592 21.10.1 CONTACT FATIGUE THEORY 592 21.10.2WEIBULL DISTRIBUTION 593 21.10.3 LUNDBERG-PALMGREN THEORY 595 21.10.4 AFBMA METHODS 599 21.10.5 LIFE ADJUSTMENT FACTORS 599 21.11DYNAMIC ANALYSES AND COMPUTER CODES 602 21.11.1 QUASI-STATIC ANALYSES 602 21.11.2 DYNAMIC ANALYSES 603 21.12IOANNIDES-HARRIS THEORY 604 21.13APPLICATIONS 604 21.13.1 CYLINDRICAL ROLLER BEARING EXAMPLE 604 21.13.2 RADIAL BALL BEARING EXAMPLE 609 FUNDAMENTALS OF FLUID FILM LUBRICATION 21.14CLOSURE 614 21.15PROBLEMS 614 22 ADDITIONAL LUBRICATION APPLICATIONS 621 22.1 INTRODUCTION 622 22.2 INVOLUTE GEARS 622 22.3 CONTINUOUSLY VARIABLE-SPEED DRIVES 625 22.3.1 ELASTICITY CALCULATIONS 627 22.3.2 ELASTOHYDRODYNAMIC FILM THICKNESS CALCULATIONS 629 22.4 RAILWAY WHEELS ROLLING ON WET OR OILY RAILS 631 22.4.1 INITIAL CALCULATION 632 22.4.2 WATER 633 22.4.3 OIL 634 22.5 SYNOVIAL JOINTS 636 22.5.1 NATURAL JOINTS 636 22.5.2 ARTIFICIAL JOINTS 640 22.6 CLOSURE * 646 22.7 PROBLEMS 647 23 THERMOHYDRODYNAMIC AND THERMOELASTOHYDRODYNAMIC LUBRI- CATION 653 23.1 THERMOHYDRODYNAMIC LUBRICATION 654 23.1.1 INTRODUCTION 654 23.1.2 THERMAL RESISTANCES 655 23.1.3 THERMAL LOADING PARAMETERS AND THEIR RELATIVE IMPOR- TANCE 656 23.1.4 THERMAL HYDRODYNAMIC LUBRICATION REGIMES 659 23.2 THERMOELASTOHYDRODYNAMIC LUBRICATION 660 23.2.1 INTRODUCTION 660 23.2.2 THEORETICAL AND NUMERICAL SCHEMES 662 23.2.3 OUTLINE OF APPROACH 663 23.2.4 RESULTS AND DISCUSSION 664 23.3 CLOSURE 675 23.4 PROBLEMS 678 A CALCULATION OF ELASTIC DEFORMATIONS 683 B CORRECTIONS TO BE APPLIED TO WEIGHTING FACTORS DUE TO X 687 C CALCULATION OF JACOBIAN FACTORS 689 D DEFINITION OF WEIGHTING FACTORS 691
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id	DE-604.BV019284714
illustrated	Illustrated
indexdate	2024-12-20T11:44:07Z
institution	BVB
isbn	0824753712
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-012036868
oclc_num	249654775
open_access_boolean
owner	DE-91G DE-BY-TUM DE-703 DE-83 DE-29T DE-634
owner_facet	DE-91G DE-BY-TUM DE-703 DE-83 DE-29T DE-634
physical	XIV, 699 S. graph. Darst.
publishDate	2004
publishDateSearch	2004
publishDateSort	2004
publisher	Dekker
record_format	marc
series	Mechanical engineering
series2	Mechanical engineering
spellingShingle	Hamrock, Bernard J. Schmid, Steven R. Jacobson, Bo O. Fundamentals of fluid film lubrication Mechanical engineering Flüssigkeitsschmierung (DE-588)4381049-4 gnd
subject_GND	(DE-588)4381049-4
title	Fundamentals of fluid film lubrication
title_auth	Fundamentals of fluid film lubrication
title_exact_search	Fundamentals of fluid film lubrication
title_full	Fundamentals of fluid film lubrication Bernard J. Hamrock ; Steven R. Schmid ; Bo O. Jacobson
title_fullStr	Fundamentals of fluid film lubrication Bernard J. Hamrock ; Steven R. Schmid ; Bo O. Jacobson
title_full_unstemmed	Fundamentals of fluid film lubrication Bernard J. Hamrock ; Steven R. Schmid ; Bo O. Jacobson
title_short	Fundamentals of fluid film lubrication
title_sort	fundamentals of fluid film lubrication
topic	Flüssigkeitsschmierung (DE-588)4381049-4 gnd
topic_facet	Flüssigkeitsschmierung
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=012036868&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
volume_link	(DE-604)BV001900049
work_keys_str_mv	AT hamrockbernardj fundamentalsoffluidfilmlubrication AT schmidstevenr fundamentalsoffluidfilmlubrication AT jacobsonboo fundamentalsoffluidfilmlubrication

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