Fluid power with applications:
Gespeichert in:
| 1. Verfasser: | |
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| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
Upper Saddle River, NJ
Prentice-Hall
2003
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| Ausgabe: | 6. ed. |
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| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XIV, 656 S. |
| ISBN: | 0130608998 |
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Datensatz im Suchindex
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| adam_text | FLUID POWER WITH APPLICATIONS SIXTH EDITION ANTHONY ESPOSITO PROFESSOR
EMERITUS DEPARTMENT OF MANUFACTURING ENGINEERING MIAMI UNIVERSITY
OXFORD, OHIO PRENTICE HALL UPPER SADDLE RIVER, NEW JERSEY COLUMBUS, OHIO
CONTENTS I INTRODUCTION TO FLUID POWER LEARNING OBJECTIVES 1 1.1 WHAT IS
FLUID POWER? 1 1.2 HISTORY OF FLUID POWER 3 1.3 ADVANTAGES OF FLUID
POWER 6 1.4 APPLICATIONS OF FLUID POWER 10 1.5 COMPONENTS OF A FLUID
POWER SYSTEM 14 1.6 THE FLUID POWER INDUSTRY 17 EXERCISES 18 PHYSICAL
PROPERTIES OF HYDRAULIC FLUIDS LEARNING OBJECTIVES 21 2.1 INTRODUCTION
21 2.2 FLUIDS: LIQUIDS AND GASES 23 2.3 SPECIFIC WEIGHT, DENSITY, AND
SPECIFIC GRAVITY 25 2.4 FORCE, PRESSURE, AND HEAD 30 2.5 THE SI METRIC
SYSTEM 37 2.6 BULK MODULUS 40 2.7 VISCOSITY 41 2.8 VISCOSITY INDEX 48
2.9 ILLUSTRATIVE EXAMPLES USING THE SI METRIC SYSTEM 51 2.10 KEY
EQUATIONS 52 EXERCISES 53 21 VII VIII CONTENTS 3 ENERGY AND POWER IN
HYDRAULIC 57 SYSTEMS LEARNING OBJECTIVES 57 3.1 INTRODUCTION 57 3.2
REVIEW OF MECHANICS 59 3.3 MULTIPLICATION OF FORCE (PASCAL S LAW) 65 3.4
APPLICATIONS OF PASCAL S LAW 69 3.5 CONSERVATION OF ENERGY 76 3.6 THE
CONTINUITY EQUATION 77 3.7 HYDRAULIC POWER 79 3.8 BERNOULLI S EQUATION
84 3.9 TORRICELLI S THEOREM 91 3.10 THE SIPHON 93 3.11 ENERGY, POWER,
AND FLOW RATE IN THE SI METRIC SYSTEM 94 3.12 ILLUSTRATIVE EXAMPLES
USING THE SI METRIC SYSTEM 96 3.13 KEY EQUATIONS 99 EXERCISES 102 FT
FRICTIONAL LOSSES IN HYDRAULIC PIPELINES 111 LEARNING OBJECTIVES 111 4.1
INTRODUCTION 111 4.2 LAMINAR AND TURBULENT FLOW 113 4.3 REYNOLDS NUMBER
114 4.4 DARCY S EQUATION 117 4.5 FRICTIONAL LOSSES IN LAMINAR FLOW 117
4.6 FRICTIONAL LOSSES IN TURBULENT FLOW 118 4.7 LOSSES IN VALVES AND
FITTINGS 122 4.8 EQUIVALENT-LENGTH TECHNIQUE 127 4.9 HYDRAULIC CIRCUIT
ANALYSIS 128 4.10 CIRCUIT ANALYSIS USING THE SI METRIC SYSTEM 131 4.11
KEY EQUATIONS 134 EXERCISES 135 E HYDRAULIC PUMPS 141 LEARNING
OBJECTIVES 141 5.1 INTRODUCTION 142 CONTENTS 5.2 5.3 5.4 5.5 5.6 5.7 5.8
5.9 5.10 5.11 PUMPING THEORY 144 PUMP CLASSIFICATION 145 GEAR PUMPS 148
VANE PUMPS 156 PISTON PUMPS 162 PUMP PERFORMANCE 171 PUMP NOISE 178 PUMP
SELECTION 184 PUMP PERFORMANCE RATINGS IN METRIC UNITS KEY EQUATIONS 188
EXERCISES 190 IX 185 HYDRAULIC CYLINDERS AND CUSHIONING DEVICES 195
LEARNING OBJECTIVES 195 6.1 INTRODUCTION 195 6.2 HYDRAULIC CYLINDER
OPERATING FEATURES 197 6.3 CYLINDER MOUNTINGS AND MECHANICAL LINKAGES
199 6.4 CYLINDER FORCE, VELOCITY, AND POWER 201 6.5 CYLINDER LOADS DUE
TO MOVING OF WEIGHTS 204 6.6 SPECIAL CYLINDER DESIGNS 207 6.7 CYLINDER
LOADINGS THROUGH MECHANICAL LINKAGES 207 6.8 HYDRAULIC CYLINDER CUSHIONS
213 6.9 HYDRAULIC SHOCK ABSORBERS 216 6.10 KEY EQUATIONS 220 EXERCISES
222 HYDRAULIC MOTORS 227 LEARNING OBJECTIVES 227 7.1 INTRODUCTION 227
7.2 LIMITED ROTATION HYDRAULIC MOTORS 230 7.3 GEAR MOTORS 232 7.4 VANE
MOTORS 235 7.5 PISTON MOTORS 238 7.6 HYDRAULIC MOTOR THEORETICAL TORQUE,
POWER, AND FLOW-RATE 240 7.7 HYDRAULIC MOTOR PERFORMANCE 244 7.8
HYDROSTATIC TRANSMISSIONS 248 8 CONTENTS 7.9 HYDRAULIC MOTOR PERFORMANCE
IN METRIC UNITS 251 7.10 KEY EQUATIONS 253 EXERCISES 255 HYDRAULIC
VALVES 260 LEARNING OBJECTIVES 260 8.1 INTRODUCTION 261 8.2 DIRECTI6NAL
CONTROL VALVES 262 8.3 PRESSURE CONTROL VALVES 275 8.4 FLOW CONTROL
VALVES 284 8.5 SERVO VALVES 292 8.6 PROPORTIONAL CONTROL VALVES 295 8.7
CARTRIDGE VALVES 296 8.8 HYDRAULIC FUSES 303 8.9 KEY EQUATIONS 304
EXERCISES 304 HYDRAULIC CIRCUIT DESIGN AND ANALYSIS 308 LEARNING
OBJECTIVES 308 9.1 INTRODUCTION 308 9.2 CONTROL OF A SINGLE-ACTING
HYDRAULIC CYLINDER 309 9.3 CONTROL OF A DOUBLE-ACTING HYDRAULIC CYLINDER
310 9.4 REGENERATIVE CYLINDER CIRCUIT 312 9.5 PUMP-UNLOADING CIRCUIT 316
9.6 DOUBLE-PUMP HYDRAULIC SYSTEM 317 9.7 COUNTERBALANCE VALVE
APPLICATION 320 9.8 HYDRAULIC CYLINDER SEQUENCING CIRCUITS 321 9.9
AUTOMATIC CYLINDER RECIPROCATING SYSTEM 322 9.10 LOCKED CYLINDER USING
PILOT CHECK VALVES 322 9.11 CYLINDER SYNCHRONIZING CIRCUITS 323 9.12
FAIL-SAFE CIRCUITS 325 9.13 SPEED CONTROL OF A HYDRAULIC CYLINDER 328
9.14 SPEED CONTROL OF A HYDRAULIC MOTOR 332 9.15 HYDRAULIC MOTOR BRAKING
SYSTEM 332 9.16 HYDROSTATIC TRANSMISSION SYSTEM 333 9.17 AIR-OVER-OIL
CIRCUIT 335 9.18 ANALYSIS OF HYDRAULIC SYSTEM WITH FRICTIONAL LOSSES
CONSIDERED 335 CONTENTS XI 9.19 MECHANICAL-HYDRAULIC SERVO SYSTEM 339
9.20 KEY EQUATIONS 340 EXERCISES 340 I A HYDRAULIC CONDUCTORS AND
FITTINGS 349 LEARNING OBJECTIVES 349 10.1 INTRODUCTION 349 10.2
CONDUCTOR SIZING FOR FLOW RATE REQUIREMENTS 350 10.3 PRESSURE RATING OF
CONDUCTORS 352 10.4 STEEL PIPES 356 10.5 STEEL TUBING 360 10.6 PLASTIC
TUBING 365 10.7 FLEXIBLE HOSES 365 10.8 QUICK DISCONNECT COUPLINGS 371
10.9 METRIC STEEL TUBING 371 10.10 KEY EQUATIONS 374 EXERCISES 374 11
ANCILLARY HYDRAULIC DEVICES 377 LEARNING OBJECTIVES 377 11.1
INTRODUCTION 377 11.2 RESERVOIRS 378 11.3 ACCUMULATORS 381 11.4 PRESSURE
INTENSIFIERS 392 11.5 SEALING DEVICES 395 11.6 HEAT EXCHANGERS 406 11.7
PRESSURE GAGES 410 11.8 FLOWMETERS 412 11.9 KEY EQUATIONS 416 EXERCISES
416 1 O MAINTENANCE OF HYDRAULIC SYSTEMS 420 LEARNING OBJECTIVES 420
12.1 INTRODUCTION 421 12.2 OXIDATION AND CORROSION OF HYDRAULIC FLUIDS
423 12.3 FIRE-RESISTANT FLUIDS 424 XII CONTENTS 12.4 FOAM-RESISTANT
FLUIDS 426 12.5 FLUID LUBRICATING ABILITY 426 12.6 FLUID NEUTRALIZATION
NUMBER 427 12.7 PETROLEUM-BASE VERSUS FIRE-RESISTANT FLUIDS 427 12.8
MAINTAINING AND DISPOSING OF FLUIDS 428 12.9 FILTERS AND STRAINERS 429
12.10 BETA RATIO OF FILTERS 434 12.11 FLUID CLEANLINESS LEVELS 436 12.12
WEAR OF MOVING PARTS DUE TO SOLID-PARTICLE CONTAMINATION OF THE FLUID
438 12.13 PROBLEMS CAUSED BY GASES IN HYDRAULIC FLUIDS 439 12.14
TROUBLESHOOTING HYDRAULIC SYSTEMS 442 12.15 SAFETY CONSIDERATIONS 446
12.16 ENVIRONMENTAL ISSUES 446 12.17 KEY EQUATIONS 447 EXERCISES 448 |
Q PNEUMATICS: AIR PREPARATION I O AND COMPONENTS 450 LEARNING OBJECTIVES
450 13.1 INTRODUCTION 451 13.2 PROPERTIES OF AIR 452 13.3 THE PERFECT
GAS LAWS 454 13.4 COMPRESSORS 460 13.5 FLUID CONDITIONERS 469 13.6
ANALYSIS OF MOISTURE REMOVAL FROM AIR 477 13.7 AIR FLOW RATE CONTROL
WITH ORIFICES 480 13.8 AIR CONTROL VALVES 482 13.9 PNEUMATIC ACTUATORS
490 13.10 KEY EQUATIONS 498 EXERCISES 499 14 PNEUMATICS: CIRCUITS AND
APPLICATIONS 504 LEARNING OBJECTIVES 504 14.1 INTRODUCTION 504 14.2
PNEUMATIC CIRCUIT DESIGN CONSIDERATIONS 507 14.3 AIR PRESSURE LOSSES IN
PIPELINES 508 14.4 ECONOMIC COST OF ENERGY LOSSES IN PNEUMATIC SYSTEMS
510 CONTENTS XIII 14.5 BASIC PNEUMATIC CIRCUITS 512 14.6 PNEUMATIC
VACUUM SYSTEMS 518 14.7 SIZING OF GAS-LOADED ACCUMULATORS 522 14.8
PNEUMATIC CIRCUIT ANALYSIS USING METRIC UNITS 525 14.9 KEY EQUATIONS 528
EXERCISES 528 15 16 17 BASIC ELECTRICAL CONTROLS FOR FLUID POWER
CIRCUITS 535 LEARNING OBJECTIVES 535 15.1 INTRODUCTION 535 15.2
ELECTRICAL COMPONENTS 539 15.3 CONTROL OF A CYLINDER USING A SINGLE
LIMIT SWITCH 542 15.4 RECIPROCATION OF A CYLINDER USING PRESSURE OR
LIMIT SWITCHES 543 15.5 DUAL-CYLINDER SEQUENCE CIRCUITS 544 15.6
BOX-SORTING SYSTEM 545 15.7 ELECTRICAL CONTROL OF REGENERATIVE CIRCUIT
548 15.8 COUNTING, TIMING, AND RECIPROCATION OF HYDRAULIC CYLINDER 549
EXERCISES 551 FLUID LOGIC CONTROL SYSTEMS 555 LEARNING OBJECTIVES 555
16.1 INTRODUCTION 555 16.2 MOVING-PART LOGIC (MPL) CONTROL SYSTEMS 557
16.3 MPL CONTROL OF FLUID POWER CIRCUITS 561 16.4 INTRODUCTION TO
BOOLEAN ALGEBRA 565 16.5 ILLUSTRATIVE EXAMPLES USING BOOLEAN ALGEBRA 571
16.6 KEY EQUATIONS 576 EXERCISES 576 ADVANCED ELECTRICAL CONTROLS 580
FOR FLUID POWER SYSTEMS LEARNING OBJECTIVES 580 17.1 INTRODUCTION 580
17.2 COMPONENTS OF AN ELECTROHYDRAULIC SERVO SYSTEM 585 17.3 ANALYSIS OF
ELECTROHYDRAULIC SERVO SYSTEMS 588 XIV CONTENTS 17.4 PROGRAMMABLE LOGIC
CONTROLLERS (PLCS) 596 17.5 KEY EQUATIONS 606 EXERCISES 607 APPENDIXES A
SIZES OF. STEEL PIPE (ENGLISH UNITS) 611 B SIZES OF STEEL PIPE (METRIC
UNITS) 613 C SIZES OF STEEL TUBING (ENGLISH UNITS) 615 D SIZES OF STEEL
TUBING (METRIC UNITS) 617 E UNIT CONVERSION FACTORS 618 F NOMENCLATURE
620 G FLUID POWER SYMBOLS 623 H ANSWERS TO SELECTED ODD-NUMBERED
EXERCISES 626 I DERIVATION OF KEY EQUATIONS 631 J COMPUTER ANALYSIS OF
FLUID POWER SYSTEMS 636 K EXERCISES FOR COMPUTER SOLUTIONS 644 INDEX 647
|
| adam_txt |
FLUID POWER WITH APPLICATIONS SIXTH EDITION ANTHONY ESPOSITO PROFESSOR
EMERITUS DEPARTMENT OF MANUFACTURING ENGINEERING MIAMI UNIVERSITY
OXFORD, OHIO PRENTICE HALL UPPER SADDLE RIVER, NEW JERSEY COLUMBUS, OHIO
CONTENTS I INTRODUCTION TO FLUID POWER LEARNING OBJECTIVES 1 1.1 WHAT IS
FLUID POWER? 1 1.2 HISTORY OF FLUID POWER 3 1.3 ADVANTAGES OF FLUID
POWER 6 1.4 APPLICATIONS OF FLUID POWER 10 1.5 COMPONENTS OF A FLUID
POWER SYSTEM 14 1.6 THE FLUID POWER INDUSTRY 17 EXERCISES 18 PHYSICAL
PROPERTIES OF HYDRAULIC FLUIDS LEARNING OBJECTIVES 21 2.1 INTRODUCTION
21 2.2 FLUIDS: LIQUIDS AND GASES 23 2.3 SPECIFIC WEIGHT, DENSITY, AND
SPECIFIC GRAVITY 25 2.4 FORCE, PRESSURE, AND HEAD 30 2.5 THE SI METRIC
SYSTEM 37 2.6 BULK MODULUS 40 2.7 VISCOSITY 41 2.8 VISCOSITY INDEX 48
2.9 ILLUSTRATIVE EXAMPLES USING THE SI METRIC SYSTEM 51 2.10 KEY
EQUATIONS 52 EXERCISES 53 21 VII VIII CONTENTS 3 ENERGY AND POWER IN
HYDRAULIC 57 SYSTEMS LEARNING OBJECTIVES 57 3.1 INTRODUCTION 57 3.2
REVIEW OF MECHANICS 59 3.3 MULTIPLICATION OF FORCE (PASCAL'S LAW) 65 3.4
APPLICATIONS OF PASCAL'S LAW 69 3.5 CONSERVATION OF ENERGY 76 3.6 THE
CONTINUITY EQUATION 77 3.7 HYDRAULIC POWER 79 3.8 BERNOULLI'S EQUATION
84 3.9 TORRICELLI'S THEOREM 91 3.10 THE SIPHON 93 3.11 ENERGY, POWER,
AND FLOW RATE IN THE SI METRIC SYSTEM 94 3.12 ILLUSTRATIVE EXAMPLES
USING THE SI METRIC SYSTEM 96 3.13 KEY EQUATIONS 99 EXERCISES 102 FT
FRICTIONAL LOSSES IN HYDRAULIC PIPELINES 111 LEARNING OBJECTIVES 111 4.1
INTRODUCTION 111 4.2 LAMINAR AND TURBULENT FLOW 113 4.3 REYNOLDS NUMBER
114 4.4 DARCY'S EQUATION 117 4.5 FRICTIONAL LOSSES IN LAMINAR FLOW 117
4.6 FRICTIONAL LOSSES IN TURBULENT FLOW 118 4.7 LOSSES IN VALVES AND
FITTINGS 122 4.8 EQUIVALENT-LENGTH TECHNIQUE 127 4.9 HYDRAULIC CIRCUIT
ANALYSIS 128 4.10 CIRCUIT ANALYSIS USING THE SI METRIC SYSTEM 131 4.11
KEY EQUATIONS 134 EXERCISES 135 E HYDRAULIC PUMPS 141 LEARNING
OBJECTIVES 141 5.1 INTRODUCTION 142 CONTENTS 5.2 5.3 5.4 5.5 5.6 5.7 5.8
5.9 5.10 5.11 PUMPING THEORY 144 PUMP CLASSIFICATION 145 GEAR PUMPS 148
VANE PUMPS 156 PISTON PUMPS 162 PUMP PERFORMANCE 171 PUMP NOISE 178 PUMP
SELECTION 184 PUMP PERFORMANCE RATINGS IN METRIC UNITS KEY EQUATIONS 188
EXERCISES 190 IX 185 HYDRAULIC CYLINDERS AND CUSHIONING DEVICES 195
LEARNING OBJECTIVES 195 6.1 INTRODUCTION 195 6.2 HYDRAULIC CYLINDER
OPERATING FEATURES 197 6.3 CYLINDER MOUNTINGS AND MECHANICAL LINKAGES
199 6.4 CYLINDER FORCE, VELOCITY, AND POWER 201 6.5 CYLINDER LOADS DUE
TO MOVING OF WEIGHTS 204 6.6 SPECIAL CYLINDER DESIGNS 207 6.7 CYLINDER
LOADINGS THROUGH MECHANICAL LINKAGES 207 6.8 HYDRAULIC CYLINDER CUSHIONS
213 6.9 HYDRAULIC SHOCK ABSORBERS 216 6.10 KEY EQUATIONS 220 EXERCISES
222 HYDRAULIC MOTORS 227 LEARNING OBJECTIVES 227 7.1 INTRODUCTION 227
7.2 LIMITED ROTATION HYDRAULIC MOTORS 230 7.3 GEAR MOTORS 232 7.4 VANE
MOTORS 235 7.5 PISTON MOTORS 238 7.6 HYDRAULIC MOTOR THEORETICAL TORQUE,
POWER, AND FLOW-RATE 240 7.7 HYDRAULIC MOTOR PERFORMANCE 244 7.8
HYDROSTATIC TRANSMISSIONS 248 8 CONTENTS 7.9 HYDRAULIC MOTOR PERFORMANCE
IN METRIC UNITS 251 7.10 KEY EQUATIONS 253 EXERCISES 255 HYDRAULIC
VALVES 260 LEARNING OBJECTIVES 260 8.1 INTRODUCTION 261 8.2 DIRECTI6NAL
CONTROL VALVES 262 8.3 PRESSURE CONTROL VALVES 275 8.4 FLOW CONTROL
VALVES 284 8.5 SERVO VALVES 292 8.6 PROPORTIONAL CONTROL VALVES 295 8.7
CARTRIDGE VALVES 296 8.8 HYDRAULIC FUSES 303 8.9 KEY EQUATIONS 304
EXERCISES 304 HYDRAULIC CIRCUIT DESIGN AND ANALYSIS 308 LEARNING
OBJECTIVES 308 9.1 INTRODUCTION 308 9.2 CONTROL OF A SINGLE-ACTING
HYDRAULIC CYLINDER 309 9.3 CONTROL OF A DOUBLE-ACTING HYDRAULIC CYLINDER
310 9.4 REGENERATIVE CYLINDER CIRCUIT 312 9.5 PUMP-UNLOADING CIRCUIT 316
9.6 DOUBLE-PUMP HYDRAULIC SYSTEM 317 9.7 COUNTERBALANCE VALVE
APPLICATION 320 9.8 HYDRAULIC CYLINDER SEQUENCING CIRCUITS 321 9.9
AUTOMATIC CYLINDER RECIPROCATING SYSTEM 322 9.10 LOCKED CYLINDER USING
PILOT CHECK VALVES 322 9.11 CYLINDER SYNCHRONIZING CIRCUITS 323 9.12
FAIL-SAFE CIRCUITS 325 9.13 SPEED CONTROL OF A HYDRAULIC CYLINDER 328
9.14 SPEED CONTROL OF A HYDRAULIC MOTOR 332 9.15 HYDRAULIC MOTOR BRAKING
SYSTEM 332 9.16 HYDROSTATIC TRANSMISSION SYSTEM 333 9.17 AIR-OVER-OIL
CIRCUIT 335 9.18 ANALYSIS OF HYDRAULIC SYSTEM WITH FRICTIONAL LOSSES
CONSIDERED 335 CONTENTS XI 9.19 MECHANICAL-HYDRAULIC SERVO SYSTEM 339
9.20 KEY EQUATIONS 340 EXERCISES 340 I A HYDRAULIC CONDUCTORS AND
FITTINGS 349 LEARNING OBJECTIVES 349 10.1 INTRODUCTION 349 10.2
CONDUCTOR SIZING FOR FLOW RATE REQUIREMENTS 350 10.3 PRESSURE RATING OF
CONDUCTORS 352 10.4 STEEL PIPES 356 10.5 STEEL TUBING 360 10.6 PLASTIC
TUBING 365 10.7 FLEXIBLE HOSES 365 10.8 QUICK DISCONNECT COUPLINGS 371
10.9 METRIC STEEL TUBING 371 10.10 KEY EQUATIONS 374 EXERCISES 374 11
ANCILLARY HYDRAULIC DEVICES 377 LEARNING OBJECTIVES 377 11.1
INTRODUCTION 377 11.2 RESERVOIRS 378 11.3 ACCUMULATORS 381 11.4 PRESSURE
INTENSIFIERS 392 11.5 SEALING DEVICES 395 11.6 HEAT EXCHANGERS 406 11.7
PRESSURE GAGES 410 11.8 FLOWMETERS 412 11.9 KEY EQUATIONS 416 EXERCISES
416 1 O MAINTENANCE OF HYDRAULIC SYSTEMS 420 LEARNING OBJECTIVES 420
12.1 INTRODUCTION 421 12.2 OXIDATION AND CORROSION OF HYDRAULIC FLUIDS
423 12.3 FIRE-RESISTANT FLUIDS 424 XII CONTENTS 12.4 FOAM-RESISTANT
FLUIDS 426 12.5 FLUID LUBRICATING ABILITY 426 12.6 FLUID NEUTRALIZATION
NUMBER 427 12.7 PETROLEUM-BASE VERSUS FIRE-RESISTANT FLUIDS 427 12.8
MAINTAINING AND DISPOSING OF FLUIDS 428 12.9 FILTERS AND STRAINERS 429
12.10 BETA RATIO OF FILTERS 434 12.11 FLUID CLEANLINESS LEVELS 436 12.12
WEAR OF MOVING PARTS DUE TO SOLID-PARTICLE CONTAMINATION OF THE FLUID
438 12.13 PROBLEMS CAUSED BY GASES IN HYDRAULIC FLUIDS 439 12.14
TROUBLESHOOTING HYDRAULIC SYSTEMS 442 12.15 SAFETY CONSIDERATIONS 446
12.16 ENVIRONMENTAL ISSUES 446 12.17 KEY EQUATIONS 447 EXERCISES 448 |
Q PNEUMATICS: AIR PREPARATION I O AND COMPONENTS 450 LEARNING OBJECTIVES
450 13.1 INTRODUCTION 451 13.2 PROPERTIES OF AIR 452 13.3 THE PERFECT
GAS LAWS 454 13.4 COMPRESSORS 460 13.5 FLUID CONDITIONERS 469 13.6
ANALYSIS OF MOISTURE REMOVAL FROM AIR 477 13.7 AIR FLOW RATE CONTROL
WITH ORIFICES 480 13.8 AIR CONTROL VALVES 482 13.9 PNEUMATIC ACTUATORS
490 13.10 KEY EQUATIONS 498 EXERCISES 499 14 PNEUMATICS: CIRCUITS AND
APPLICATIONS 504 LEARNING OBJECTIVES 504 14.1 INTRODUCTION 504 14.2
PNEUMATIC CIRCUIT DESIGN CONSIDERATIONS 507 14.3 AIR PRESSURE LOSSES IN
PIPELINES 508 14.4 ECONOMIC COST OF ENERGY LOSSES IN PNEUMATIC SYSTEMS
510 CONTENTS XIII 14.5 BASIC PNEUMATIC CIRCUITS 512 14.6 PNEUMATIC
VACUUM SYSTEMS 518 14.7 SIZING OF GAS-LOADED ACCUMULATORS 522 14.8
PNEUMATIC CIRCUIT ANALYSIS USING METRIC UNITS 525 14.9 KEY EQUATIONS 528
EXERCISES 528 15 16 17 BASIC ELECTRICAL CONTROLS FOR FLUID POWER
CIRCUITS 535 LEARNING OBJECTIVES 535 15.1 INTRODUCTION 535 15.2
ELECTRICAL COMPONENTS 539 15.3 CONTROL OF A CYLINDER USING A SINGLE
LIMIT SWITCH 542 15.4 RECIPROCATION OF A CYLINDER USING PRESSURE OR
LIMIT SWITCHES 543 15.5 DUAL-CYLINDER SEQUENCE CIRCUITS 544 15.6
BOX-SORTING SYSTEM 545 15.7 ELECTRICAL CONTROL OF REGENERATIVE CIRCUIT
548 15.8 COUNTING, TIMING, AND RECIPROCATION OF HYDRAULIC CYLINDER 549
EXERCISES 551 FLUID LOGIC CONTROL SYSTEMS 555 LEARNING OBJECTIVES 555
16.1 INTRODUCTION 555 16.2 MOVING-PART LOGIC (MPL) CONTROL SYSTEMS 557
16.3 MPL CONTROL OF FLUID POWER CIRCUITS 561 16.4 INTRODUCTION TO
BOOLEAN ALGEBRA 565 16.5 ILLUSTRATIVE EXAMPLES USING BOOLEAN ALGEBRA 571
16.6 KEY EQUATIONS 576 EXERCISES 576 ADVANCED ELECTRICAL CONTROLS 580
FOR FLUID POWER SYSTEMS LEARNING OBJECTIVES 580 17.1 INTRODUCTION 580
17.2 COMPONENTS OF AN ELECTROHYDRAULIC SERVO SYSTEM 585 17.3 ANALYSIS OF
ELECTROHYDRAULIC SERVO SYSTEMS 588 XIV CONTENTS 17.4 PROGRAMMABLE LOGIC
CONTROLLERS (PLCS) 596 17.5 KEY EQUATIONS 606 EXERCISES 607 APPENDIXES A
SIZES OF. STEEL PIPE (ENGLISH UNITS) 611 B SIZES OF STEEL PIPE (METRIC
UNITS) 613 C SIZES OF STEEL TUBING (ENGLISH UNITS) 615 D SIZES OF STEEL
TUBING (METRIC UNITS) 617 E UNIT CONVERSION FACTORS 618 F NOMENCLATURE
620 G FLUID POWER SYMBOLS 623 H ANSWERS TO SELECTED ODD-NUMBERED
EXERCISES 626 I DERIVATION OF KEY EQUATIONS 631 J COMPUTER ANALYSIS OF
FLUID POWER SYSTEMS 636 K EXERCISES FOR COMPUTER SOLUTIONS 644 INDEX 647 |
| any_adam_object | 1 |
| any_adam_object_boolean | 1 |
| author | Esposito, Anthony |
| author_facet | Esposito, Anthony |
| author_role | aut |
| author_sort | Esposito, Anthony |
| author_variant | a e ae |
| building | Verbundindex |
| bvnumber | BV023477839 |
| callnumber-first | T - Technology |
| callnumber-label | TJ843 |
| callnumber-raw | TJ843 |
| callnumber-search | TJ843 |
| callnumber-sort | TJ 3843 |
| callnumber-subject | TJ - Mechanical Engineering and Machinery |
| classification_rvk | ZQ 5460 |
| ctrlnum | (OCoLC)48620286 (DE-599)BVBBV023477839 |
| dewey-full | 620.1/06 |
| dewey-hundreds | 600 - Technology (Applied sciences) |
| dewey-ones | 620 - Engineering and allied operations |
| dewey-raw | 620.1/06 |
| dewey-search | 620.1/06 |
| dewey-sort | 3620.1 16 |
| dewey-tens | 620 - Engineering and allied operations |
| discipline | Mess-/Steuerungs-/Regelungs-/Automatisierungstechnik / Mechatronik |
| discipline_str_mv | Mess-/Steuerungs-/Regelungs-/Automatisierungstechnik / Mechatronik |
| edition | 6. ed. |
| format | Book |
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| id | DE-604.BV023477839 |
| illustrated | Not Illustrated |
| index_date | 2024-07-02T21:36:50Z |
| indexdate | 2024-07-09T21:19:41Z |
| institution | BVB |
| isbn | 0130608998 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-016660050 |
| oclc_num | 48620286 |
| open_access_boolean | |
| owner | DE-M347 |
| owner_facet | DE-M347 |
| physical | XIV, 656 S. |
| publishDate | 2003 |
| publishDateSearch | 2003 |
| publishDateSort | 2003 |
| publisher | Prentice-Hall |
| record_format | marc |
| spelling | Esposito, Anthony Verfasser aut Fluid power with applications Anthony Esposito 6. ed. Upper Saddle River, NJ Prentice-Hall 2003 XIV, 656 S. txt rdacontent n rdamedia nc rdacarrier Fluidique Fluid power technology Hydraulik (DE-588)4026288-1 gnd rswk-swf Fluidtechnik (DE-588)4154793-7 gnd rswk-swf Fluidtechnik (DE-588)4154793-7 s DE-604 Hydraulik (DE-588)4026288-1 s HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016660050&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Esposito, Anthony Fluid power with applications Fluidique Fluid power technology Hydraulik (DE-588)4026288-1 gnd Fluidtechnik (DE-588)4154793-7 gnd |
| subject_GND | (DE-588)4026288-1 (DE-588)4154793-7 |
| title | Fluid power with applications |
| title_auth | Fluid power with applications |
| title_exact_search | Fluid power with applications |
| title_exact_search_txtP | Fluid power with applications |
| title_full | Fluid power with applications Anthony Esposito |
| title_fullStr | Fluid power with applications Anthony Esposito |
| title_full_unstemmed | Fluid power with applications Anthony Esposito |
| title_short | Fluid power with applications |
| title_sort | fluid power with applications |
| topic | Fluidique Fluid power technology Hydraulik (DE-588)4026288-1 gnd Fluidtechnik (DE-588)4154793-7 gnd |
| topic_facet | Fluidique Fluid power technology Hydraulik Fluidtechnik |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016660050&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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