Theory and design for mechanical measurements:
Gespeichert in:
Hauptverfasser: | , |
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Format: | Buch |
Sprache: | English |
Veröffentlicht: |
Hoboken, N.J.
Wiley
2006
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Ausgabe: | 4. ed. |
Schlagworte: | |
Online-Zugang: | Publisher description Table of contents Inhaltsverzeichnis |
Beschreibung: | Literaturverz. S. 522 |
Beschreibung: | XVI, 542 S. Ill., graph. Darst. |
ISBN: | 9780471445937 0471445932 |
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245 | 1 | 0 | |a Theory and design for mechanical measurements |c Richard S. Figliola, Donald E. Beasley |
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Datensatz im Suchindex
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adam_text | THEORY AND DESIGN FOR MECHANICAL MEASUREMENTS FOURTH EDITION RICHARD S.
FIGLIOLA CLEMSON UNIVERSITY DONALD E. BEASLEY CLEMSON UNIVERSITY WILEY
JOHN WILEY & SONS, INC. CONTENTS 1. BASIC CONCEPTS OF MEASUREMENT
METHODS 1 1.1 INTRODUCTION 1 1.2 GENERAL MEASUREMENT SYSTEM 2 1.3
EXPERIMENTAL TEST PLAN 4 VARIABLES 5 PARAMETERS 6 NOISE AND INTERFERENCE
7 RANDOM TESTS 8 REPLICATION AND REPETITION 11 CONCOMITANT METHODS 12
1.4 CALIBRATION 12 STATIC CALIBRATION 12 DYNAMIC CALIBRATION 13 STATIC
SENSITIVITY 14 RANGE 14 RESOLUTION 14 ACCURACY AND ERROR 14 RANDOM AND
SYSTEMATIC ERRORS AND UNCERTAINTY 15 SEQUENTIAL TEST 18 RANDOM TEST 19
1.5 STANDARDS 21 BASE DIMENSIONS AND THEIR UNITS 22 DERIVED UNITS 24
HIERARCHY OF STANDARDS 25 TEST STANDARDS AND CODES 27 1.6 PRESENTING
DATA 27 RECTANGULAR COORDINATE FORMAT 28 SEMILOG COORDINATE FORMAT 28
FULL-LOG COORDINATE FORMAT 28 SIGNIFICANT DIGITS 28 1.7 SUMMARY 28
REFERENCES 29 NOMENCLATURE 29 PROBLEMS 29 2. STATIC AND DYNAMIC
CHARACTERISTICS OF SIGNALS 37 2.1 INTRODUCTION 37 2.2 INPUT/OUTPUT
SIGNAL CONCEPTS 37 CLASSIFICATION OF WAVEFORMS 38 SIGNAL WAVEFORMS 40
2.3 SIGNAL ANALYSIS 41 EFFECTS OF SIGNAL-AVERAGING PERIOD 43 DC OFFSET
44 IX X CONTENTS 2.4 SIGNAL AMPLITUDE AND FREQUENCY 45 PERIODIC SIGNALS
46 FREQUENCY ANALYSIS 48 FOURIER SERIES AND COEFFICIENTS 50 FOURIER
COEFFICIENTS FOR FUNCTIONS HAVING ARBITRARY PERIODS 52 2.5 FOURIER
TRANSFORM AND THE FREQUENCY SPECTRUM 58 DISCRETE FOURIER TRANSFORM 60
2.6 SUMMARY 64 REFERENCES 65 SUGGESTED READING 65 NOMENCLATURE 65
PROBLEMS 65 3. MEASUREMENT SYSTEM BEHAVIOR 72 3.1 INTRODUCTION 72 3.2
GENERAL MODEL FOR A MEASUREMENT SYSTEM 72 DYNAMIC MEASUREMENTS 72
MEASUREMENT SYSTEM MODEL 74 3.3 SPECIAL CASES OF THE GENERAL SYSTEM
MODEL 76 ZERO-ORDER SYSTEMS 76 FIRST-ORDER SYSTEMS 77 SECOND-ORDER
SYSTEMS 88 3.4 TRANSFER FUNCTIONS 95 3.5 PHASE LINEARITY 97 3.6
MULTIPLE-FUNCTION INPUTS 98 3.7 COUPLED SYSTEMS 100 3.8 SUMMARY 102
REFERENCES 103 NOMENCLATURE 103 PROBLEMS 104 4. PROBABILITY AND
STATISTICS 109 4.1 INTRODUCTION 109 4.2 STATISTICAL MEASUREMENT THEORY
110 PROBABILITY DENSITY FUNCTIONS 110 4.3 INFINITE STATISTICS 116 4.4
FINITE STATISTICS 120 STANDARD DEVIATION OF THE MEANS 122 POOLED
STATISTICS 125 4.5 CHI-SQUARED DISTRIBUTION 126 PRECISION INTERVAL IN A
SAMPLE VARIANCE 126 GOODNESS-OF-FIT TEST 129 4.6 REGRESSION ANALYSIS 130
LEAST-SQUARES REGRESSION ANALYSIS 131 4.7 DATA OUTLIER DETECTION 138 4.8
NUMBER OF MEASUREMENTS REQUIRED 139 4.9 SUMMARY 141 REFERENCES 141
CONTENTS XI NOMENCLATURE 142 PROBLEMS 142 5. UNCERTAINTY ANALYSIS 148
5.1 INTRODUCTION 148 5.2 MEASUREMENT ERRORS 149 5.3 DESIGN-STAGE
UNCERTAINTY ANALYSIS 150 COMBINING ELEMENTAL ERRORS: RSS METHOD 151
DESIGN STAGE UNCERTAINTY 152 5.4 ERROR SOURCES 154 CALIBRATION ERRORS
155 DATA-ACQUISITION ERRORS 155 DATA-REDUCTION ERRORS 155 5.5 SYSTEMATIC
AND RANDOM ERRORS 156 SYSTEMATIC ERROR 156 RANDOM ERROR 157 5.6
UNCERTAINTY ANALYSIS: ERROR PROPAGATION 158 PROPAGATION OF ERROR 158 5.7
ADVANCED-STAGE UNCERTAINTY ANALYSIS 162 ZERO-ORDER UNCERTAINTY 163
HIGHER-ORDER UNCERTAINTY 163 MH-ORDER UNCERTAINTY 163 5.8
MULTIPLE-MEASUREMENT UNCERTAINTY ANALYSIS 168 PROPAGATION OF ELEMENTAL
ERRORS 168 PROPAGATION OF UNCERTAINTY TO A RESULT 173 5.9 CORRECTION FOR
CORRELATED SYSTEMATIC ERRORS 179 5.10 HARMONIZATION 181 5.11 SUMMARY 181
REFERENCES 182 NOMENCLATURE 182 PROBLEMS 183 6. ANALOG ELECTRICAL
DEVICES AND MEASUREMENTS 191 6.1 INTRODUCTION 191 6.2 ANALOG DEVICES:
CURRENT MEASUREMENTS 191 DIRECT CURRENT 191 ALTERNATING CURRENT 194 6.3
ANALOG DEVICES: VOLTAGE MEASUREMENTS 196 ANALOG VOLTAGE METERS 196
OSCILLOSCOPE 196 POTENTIOMETER 197 6.4 ANALOG DEVICES: RESISTANCE
MEASUREMENTS 200 OHMMETER CIRCUITS 200 BRIDGE CIRCUITS 201 6.5 LOADING
ERRORS AND IMPEDANCE MATCHING 207 LOADING ERRORS FOR VOLTAGE DIVIDING
CIRCUIT 207 INTERSTAGE LOADING ERRORS 208 6.6 ANALOG SIGNAL
CONDITIONING: AMPLIFIERS 211 XII CONTENTS 6.7 ANALOG SIGNAL
CONDITIONING: SPECIAL PURPOSE CIRCUITS 215 ANALOG VOLTAGE COMPARATOR 215
SAMPLE AND HOLD CIRCUIT 216 CHARGE AMPLIFIER 217 4-20 MA CURRENT LOOP
217 MULTIVIBRATOR AND FLIP-FLOP CIRCUITS 218 6.8 ANALOG SIGNAL
CONDITIONING: FILTERS 219 BUTTERWORTH FILTER DESIGN 221 BESSEL FILTER
DESIGN 224 / ACTIVE FILTERS 225 6.9 GROUNDS, SHIELDING, AND CONNECTING
WIRES 226 GROUND AND GROUND LOOPS 226 SHIELDS 227 CONNECTING WIRES 228
6.10 SUMMARY 228 REFERENCES 229 NOMENCLATURE 229 PROBLEMS 229 7.
SAMPLING, DIGITAL DEVICES, AND DATA ACQUISITION 235 7.1 INTRODUCTION 235
7.2 SAMPLING CONCEPTS 235 SAMPLE RATE 236 ALIAS FREQUENCIES 237
AMPLITUDE AMBIGUITY 241 SELECTING SAMPLE RATE AND DATA NUMBER 243 7.3
DIGITAL DEVICES: BITS AND WORDS 243 7.4 TRANSMITTING DIGITAL NUMBERS:
HIGH AND LOW SIGNALS 245 7.5 VOLTAGE MEASUREMENTS 246 DIGITAL-TO-ANALOG
CONVERTER 247 ANALOG-TO-DIGITAL CONVERTER 248 DIGITAL VOLTMETERS 256 7.6
DATA-ACQUISITION SYSTEMS 257 7.7 DATA-ACQUISITION SYSTEM COMPONENTS 258
SIGNAL CONDITIONING: FILTERS AND AMPLIFICATION 258 MULTIPLEXER 260 A/D
CONVERTERS 261 D/A CONVERTERS 261 DIGITAL INPUT/OUTPUT 261 CENTRAL
PROCESSING UNIT: MICROPROCESSOR 261 CLOSED-LOOP CONTROLLER 263 MEMORY
263 CENTRAL BUS 264 7.8 ANALOG INPUT-OUTPUT COMMUNICATION 264
DATA-ACQUISITION BOARDS 264 SINGLE- AND DIFFERENTIAL-ENDED CONNECTIONS
266 SPECIAL SIGNAL CONDITIONING MODULES 268 DATA-ACQUISITION TRIGGERING
AND SAMPLE SEQUENCE 268 CONTENTS XIII 7.9 DIGITAL INPUT-OUTPUT
COMMUNICATION 269 SERIAL COMMUNICATIONS 269 UNIVERSAL SERIAL BUS AND
IEEE 1394 272 PARALLEL COMMUNICATIONS 272 7.10 SUMMARY 276 REFERENCES
277 SUGGESTED READING 277 NOMENCLATURE 277 PROBLEMS 278 8. TEMPERATURE
MEASUREMENTS 282 8.1 INTRODUCTION 282 HISTORICAL BACKGROUND 282 8.2
TEMPERATURE STANDARDS AND DEFINITION 283 FIXED POINT TEMPERATURES AND
INTERPOLATION 283 TEMPERATURE SCALES AND STANDARDS 284 8.3 THERMOMETRY
BASED ON THERMAL EXPANSION 286 LIQUID-IN-GLASS THERMOMETERS 286
BIMETALLIC THERMOMETERS 287 8.4 ELECTRICAL RESISTANCE THERMOMETRY 288
RESISTANCE TEMPERATURE DETECTORS 288 THERMISTORS 295 8.5 THERMOELECTRIC
TEMPERATURE MEASUREMENT 300 SEEBECK EFFECT 300 PELTIER EFFECT 301
THOMSON EFFECT 302 FUNDAMENTAL THERMOCOUPLE LAWS 302 BASIC TEMPERATURE
MEASUREMENT WITH THERMOCOUPLES 303 THERMOCOUPLE STANDARDS 305
THERMOCOUPLE VOLTAGE MEASUREMENT 306 MULTIPLE-JUNCTION THERMOCOUPLE
CIRCUITS 313 DATA-ACQUISITION CONSIDERATIONS 315 8.6 RADIATIVE
TEMPERATURE MEASUREMENTS 319 RADIATION FUNDAMENTALS 319 RADIATION
DETECTORS 320 RADIATIVE TEMPERATURE MEASUREMENTS 322 OPTICAL FIBER
THERMOMETERS 323 8.7 PHYSICAL ERRORS IN TEMPERATURE MEASUREMENT 324
INSERTION ERRORS 324 CONDUCTION ERRORS 325 RADIATION ERRORS 327
RADIATION SHIELDING 329 RECOVERY ERRORS IN TEMPERATURE MEASUREMENT 330
8.8 SUMMARY 332 REFERENCES 332 NOMENCLATURE 333 PROBLEMS 334 XIV
CONTENTS 9. PRESSURE AND VELOCITY MEASUREMENTS 341 9.1 INTRODUCTION 341
9.2 PRESSURE CONCEPTS 341 9.3 PRESSURE REFERENCE INSTRUMENTS 344 MCLEOD
GAUGE 344 BAROMETER 345 MANOMETERS 346 DEADWEIGHT TESTERS 349 9.4 I
PRESSURE TRANSDUCERS 351 BOURDON TUBE 351 BELLOWS AND CAPSULE 352
DIAPHRAGMS 355 9.5 PRESSURE TRANSDUCER CALIBRATION 358 STATIC
CALIBRATION 358 DYNAMIC CALIBRATION 358 9.6 PRESSURE MEASUREMENTS IN
MOVING FLUIDS 360 TOTAL PRESSURE MEASUREMENT 362 STATIC PRESSURE
MEASUREMENT 362 9.7 DESIGN AND INSTALLATION: TRANSMISSION EFFECTS 364
GASES 364 LIQUIDS 366 HEAVILY DAMPED SYSTEMS 366 9.8 FLUID VELOCITY
MEASURING SYSTEMS 368 PITOT-STATIC PRESSURE PROBE 368 THERMAL ANEMOMETRY
370 DOPPLER ANEMOMETRY 373 PARTICLE IMAGE VELOCIMETRY 375 SELECTION OF
VELOCITY MEASURING METHODS 377 9.9 SUMMARY 378 REFERENCES 378
NOMENCLATURE 379 PROBLEMS 380 10. FLOW MEASUREMENTS 385 10.1
INTRODUCTION 385 10.2 HISTORICAL COMMENTS 385 10.3 FLOW RATE CONCEPTS
386 10.4 VOLUME FLOW RATE THROUGH VELOCITY DETERMINATION 387 10.5
PRESSURE DIFFERENTIAL METERS 389 OBSTRUCTION METERS 389 ORIFICE METER
393 VENTURI METER 394 FLOW NOZZLES 396 SONIC NOZZLES 400 OBSTRUCTION
METER SELECTION 401 LAMINAR FLOW ELEMENTS 405 10.6 INSERTION VOLUME FLOW
METERS 406 ELECTROMAGNETIC FLOW METERS 406 VORTEX SHEDDING METERS 407
CONTENTS XV ROTAMETERS 410 TURBINE METERS 411 TRANSIT TIME AND DOPPLER
(ULTRASONIC) FLOW METERS 412 POSITIVE DISPLACEMENT METERS 413 10.7 MASS
FLOW METERS 413 THERMAL FLOW METER 414 CORIOLIS FLOW METER 415 10.8 FLOW
METER CALIBRATION AND STANDARDS 418 10.9 ESTIMATING STANDARD FLOW RATE
419 10.10 SUMMARY 419 REFERENCES 420 NOMENCLATURE 420 PROBLEMS 421 11.
STRAIN MEASUREMENT 425 11.1 INTRODUCTION 425 11.2 STRESS AND STRAIN 425
LATERAL STRAINS 427 11.3 RESISTANCE STRAIN GAUGES 428 METALLIC GAUGES
428 STRAIN GAUGE CONSTRUCTION AND BONDING 431 SEMICONDUCTOR STRAIN
GAUGES 432 11.4 STRAIN GAUGE ELECTRICAL CIRCUITS 434 11.5 PRACTICAL
CONSIDERATIONS FOR STRAIN MEASUREMENT 437 THE MULTIPLE GAUGE BRIDGE 437
BRIDGE CONSTANT 438 11.6 APPARENT STRAIN AND TEMPERATURE COMPENSATION
440 TEMPERATURE COMPENSATION 441 BRIDGE STATIC SENSITIVITY 443
CONSTRUCTION AND INSTALLATION 443 ANALYSIS OF STRAIN GAUGE DATA 446
SIGNAL CONDITIONING 446 UNCERTAINTIES IN MULTICHANNEL MEASUREMENTS 446
11.7 OPTICAL STRAIN MEASURING TECHNIQUES 449 BASIC CHARACTERISTICS OF
LIGHT 449 PHOTOELASTIC MEASUREMENT 449 MOIRE METHODS 453 11.8 SUMMARY
454 REFERENCES 454 NOMENCLATURE 455 PROBLEMS 456 12. MECHATRONICS:
SENSORS, ACTUATORS, AND CONTROLS 460 12.1 INTRODUCTION 460 12.2 SENSORS
460 DISPLACEMENT SENSORS 460 MEASUREMENT OF ACCELERATION AND VIBRATION
465 VELOCITY MEASUREMENTS 472 ANGULAR VELOCITY MEASUREMENTS 476 XVI
CONTENTS FORCE MEASUREMENT 479 TORQUE MEASUREMENTS 483 MECHANICAL POWER
MEASUREMENTS 484 12.3 ACTUATORS 486 LINEAR ACTUATORS 486 PNEUMATIC AND
HYDRAULIC ACTUATORS 488 ROTARY ACTUATORS 491 FLOW-CONTROL VALVES 492
12.4 CONTROLS 494 * DYNAMIC RESPONSE 497 LAPLACE TRANSFORMS 497 BLOCK
DIAGRAMS 499 MODEL FOR OVEN CONTROL 501 PROPORTIONAL-INTEGRAL (PI)
CONTROL 504 PID CONTROL OF A SECOND-ORDER SYSTEM 506 12.5 SUMMARY 510
REFERENCES 511 NOMENCLATURE 511 PROBLEMS 512 APPENDIX A A GUIDE FOR
TECHNICAL WRITING 515 A.I A GUIDE FOR TECHNICAL WRITING 516 ABSTRACT 516
INTRODUCTION 516 SPECIFIC WRITING STEPS 516 WRITING TIPS 521 ON WRITING
STYLE 521 CONCLUSIONS 521 REFERENCES 522 APPENDIX B PROPERTY DATA AND
CONVERSION FACTORS 523 APPENDIX C LAPLACE TRANSFORM BASICS 529 REFERENCE
530 GLOSSARY OF NEW TERMS 531 INDEX 537
|
adam_txt |
THEORY AND DESIGN FOR MECHANICAL MEASUREMENTS FOURTH EDITION RICHARD S.
FIGLIOLA CLEMSON UNIVERSITY DONALD E. BEASLEY CLEMSON UNIVERSITY WILEY
JOHN WILEY & SONS, INC. CONTENTS 1. BASIC CONCEPTS OF MEASUREMENT
METHODS 1 1.1 INTRODUCTION 1 1.2 GENERAL MEASUREMENT SYSTEM 2 1.3
EXPERIMENTAL TEST PLAN 4 VARIABLES 5 PARAMETERS 6 NOISE AND INTERFERENCE
7 RANDOM TESTS 8 REPLICATION AND REPETITION 11 CONCOMITANT METHODS 12
1.4 CALIBRATION 12 STATIC CALIBRATION 12 DYNAMIC CALIBRATION 13 STATIC
SENSITIVITY 14 RANGE 14 RESOLUTION 14 ACCURACY AND ERROR 14 RANDOM AND
SYSTEMATIC ERRORS AND UNCERTAINTY 15 SEQUENTIAL TEST 18 RANDOM TEST 19
1.5 STANDARDS 21 BASE DIMENSIONS AND THEIR UNITS 22 DERIVED UNITS 24
HIERARCHY OF STANDARDS 25 TEST STANDARDS AND CODES 27 1.6 PRESENTING
DATA 27 RECTANGULAR COORDINATE FORMAT 28 SEMILOG COORDINATE FORMAT 28
FULL-LOG COORDINATE FORMAT 28 SIGNIFICANT DIGITS 28 1.7 SUMMARY 28
REFERENCES 29 NOMENCLATURE 29 PROBLEMS 29 2. STATIC AND DYNAMIC
CHARACTERISTICS OF SIGNALS 37 2.1 INTRODUCTION 37 2.2 INPUT/OUTPUT
SIGNAL CONCEPTS 37 CLASSIFICATION OF WAVEFORMS 38 SIGNAL WAVEFORMS 40
2.3 SIGNAL ANALYSIS 41 EFFECTS OF SIGNAL-AVERAGING PERIOD 43 DC OFFSET
44 IX X CONTENTS 2.4 SIGNAL AMPLITUDE AND FREQUENCY 45 PERIODIC SIGNALS
46 FREQUENCY ANALYSIS 48 FOURIER SERIES AND COEFFICIENTS 50 FOURIER
COEFFICIENTS FOR FUNCTIONS HAVING ARBITRARY PERIODS 52 2.5 FOURIER
TRANSFORM AND THE FREQUENCY SPECTRUM 58 DISCRETE FOURIER TRANSFORM 60
2.6 SUMMARY 64 REFERENCES 65 SUGGESTED READING 65 NOMENCLATURE 65
PROBLEMS 65 3. MEASUREMENT SYSTEM BEHAVIOR 72 3.1 INTRODUCTION 72 3.2
GENERAL MODEL FOR A MEASUREMENT SYSTEM 72 DYNAMIC MEASUREMENTS 72
MEASUREMENT SYSTEM MODEL 74 3.3 SPECIAL CASES OF THE GENERAL SYSTEM
MODEL 76 ZERO-ORDER SYSTEMS 76 FIRST-ORDER SYSTEMS 77 SECOND-ORDER
SYSTEMS 88 3.4 TRANSFER FUNCTIONS 95 3.5 PHASE LINEARITY 97 3.6
MULTIPLE-FUNCTION INPUTS 98 3.7 COUPLED SYSTEMS 100 3.8 SUMMARY 102
REFERENCES 103 NOMENCLATURE 103 PROBLEMS 104 4. PROBABILITY AND
STATISTICS 109 4.1 INTRODUCTION 109 4.2 STATISTICAL MEASUREMENT THEORY
110 PROBABILITY DENSITY FUNCTIONS 110 4.3 INFINITE STATISTICS 116 4.4
FINITE STATISTICS 120 STANDARD DEVIATION OF THE MEANS 122 POOLED
STATISTICS 125 4.5 CHI-SQUARED DISTRIBUTION 126 PRECISION INTERVAL IN A
SAMPLE VARIANCE 126 GOODNESS-OF-FIT TEST 129 4.6 REGRESSION ANALYSIS 130
LEAST-SQUARES REGRESSION ANALYSIS 131 4.7 DATA OUTLIER DETECTION 138 4.8
NUMBER OF MEASUREMENTS REQUIRED 139 4.9 SUMMARY 141 REFERENCES 141
CONTENTS XI NOMENCLATURE 142 PROBLEMS 142 5. UNCERTAINTY ANALYSIS 148
5.1 INTRODUCTION 148 5.2 MEASUREMENT ERRORS 149 5.3 DESIGN-STAGE
UNCERTAINTY ANALYSIS 150 COMBINING ELEMENTAL ERRORS: RSS METHOD 151
DESIGN STAGE UNCERTAINTY 152 5.4 ERROR SOURCES 154 CALIBRATION ERRORS
155 DATA-ACQUISITION ERRORS 155 DATA-REDUCTION ERRORS 155 5.5 SYSTEMATIC
AND RANDOM ERRORS 156 SYSTEMATIC ERROR 156 RANDOM ERROR 157 5.6
UNCERTAINTY ANALYSIS: ERROR PROPAGATION 158 PROPAGATION OF ERROR 158 5.7
ADVANCED-STAGE UNCERTAINTY ANALYSIS 162 ZERO-ORDER UNCERTAINTY 163
HIGHER-ORDER UNCERTAINTY 163 MH-ORDER UNCERTAINTY 163 5.8
MULTIPLE-MEASUREMENT UNCERTAINTY ANALYSIS 168 PROPAGATION OF ELEMENTAL
ERRORS 168 PROPAGATION OF UNCERTAINTY TO A RESULT 173 5.9 CORRECTION FOR
CORRELATED SYSTEMATIC ERRORS 179 5.10 HARMONIZATION 181 5.11 SUMMARY 181
REFERENCES 182 NOMENCLATURE 182 PROBLEMS 183 6. ANALOG ELECTRICAL
DEVICES AND MEASUREMENTS 191 6.1 INTRODUCTION 191 6.2 ANALOG DEVICES:
CURRENT MEASUREMENTS 191 DIRECT CURRENT 191 ALTERNATING CURRENT 194 6.3
ANALOG DEVICES: VOLTAGE MEASUREMENTS 196 ANALOG VOLTAGE METERS 196
OSCILLOSCOPE 196 POTENTIOMETER 197 6.4 ANALOG DEVICES: RESISTANCE
MEASUREMENTS 200 OHMMETER CIRCUITS 200 BRIDGE CIRCUITS 201 6.5 LOADING
ERRORS AND IMPEDANCE MATCHING 207 LOADING ERRORS FOR VOLTAGE DIVIDING
CIRCUIT 207 INTERSTAGE LOADING ERRORS 208 6.6 ANALOG SIGNAL
CONDITIONING: AMPLIFIERS 211 XII CONTENTS 6.7 ANALOG SIGNAL
CONDITIONING: SPECIAL PURPOSE CIRCUITS 215 ANALOG VOLTAGE COMPARATOR 215
SAMPLE AND HOLD CIRCUIT 216 CHARGE AMPLIFIER 217 4-20 MA CURRENT LOOP
217 MULTIVIBRATOR AND FLIP-FLOP CIRCUITS 218 6.8 ANALOG SIGNAL
CONDITIONING: FILTERS 219 BUTTERWORTH FILTER DESIGN 221 BESSEL FILTER
DESIGN 224 / ACTIVE FILTERS 225 6.9 GROUNDS, SHIELDING, AND CONNECTING
WIRES 226 GROUND AND GROUND LOOPS 226 SHIELDS 227 CONNECTING WIRES 228
6.10 SUMMARY 228 REFERENCES 229 NOMENCLATURE 229 PROBLEMS 229 7.
SAMPLING, DIGITAL DEVICES, AND DATA ACQUISITION 235 7.1 INTRODUCTION 235
7.2 SAMPLING CONCEPTS 235 SAMPLE RATE 236 ALIAS FREQUENCIES 237
AMPLITUDE AMBIGUITY 241 SELECTING SAMPLE RATE AND DATA NUMBER 243 7.3
DIGITAL DEVICES: BITS AND WORDS 243 7.4 TRANSMITTING DIGITAL NUMBERS:
HIGH AND LOW SIGNALS 245 7.5 VOLTAGE MEASUREMENTS 246 DIGITAL-TO-ANALOG
CONVERTER 247 ANALOG-TO-DIGITAL CONVERTER 248 DIGITAL VOLTMETERS 256 7.6
DATA-ACQUISITION SYSTEMS 257 7.7 DATA-ACQUISITION SYSTEM COMPONENTS 258
SIGNAL CONDITIONING: FILTERS AND AMPLIFICATION 258 MULTIPLEXER 260 A/D
CONVERTERS 261 D/A CONVERTERS 261 DIGITAL INPUT/OUTPUT 261 CENTRAL
PROCESSING UNIT: MICROPROCESSOR 261 CLOSED-LOOP CONTROLLER 263 MEMORY
263 CENTRAL BUS 264 7.8 ANALOG INPUT-OUTPUT COMMUNICATION 264
DATA-ACQUISITION BOARDS 264 SINGLE- AND DIFFERENTIAL-ENDED CONNECTIONS
266 SPECIAL SIGNAL CONDITIONING MODULES 268 DATA-ACQUISITION TRIGGERING
AND SAMPLE SEQUENCE 268 CONTENTS XIII 7.9 DIGITAL INPUT-OUTPUT
COMMUNICATION 269 SERIAL COMMUNICATIONS 269 UNIVERSAL SERIAL BUS AND
IEEE 1394 272 PARALLEL COMMUNICATIONS 272 7.10 SUMMARY 276 REFERENCES
277 SUGGESTED READING 277 NOMENCLATURE 277 PROBLEMS 278 8. TEMPERATURE
MEASUREMENTS 282 8.1 INTRODUCTION 282 HISTORICAL BACKGROUND 282 8.2
TEMPERATURE STANDARDS AND DEFINITION 283 FIXED POINT TEMPERATURES AND
INTERPOLATION 283 TEMPERATURE SCALES AND STANDARDS 284 8.3 THERMOMETRY
BASED ON THERMAL EXPANSION 286 LIQUID-IN-GLASS THERMOMETERS 286
BIMETALLIC THERMOMETERS 287 8.4 ELECTRICAL RESISTANCE THERMOMETRY 288
RESISTANCE TEMPERATURE DETECTORS 288 THERMISTORS 295 8.5 THERMOELECTRIC
TEMPERATURE MEASUREMENT 300 SEEBECK EFFECT 300 PELTIER EFFECT 301
THOMSON EFFECT 302 FUNDAMENTAL THERMOCOUPLE LAWS 302 BASIC TEMPERATURE
MEASUREMENT WITH THERMOCOUPLES 303 THERMOCOUPLE STANDARDS 305
THERMOCOUPLE VOLTAGE MEASUREMENT 306 MULTIPLE-JUNCTION THERMOCOUPLE
CIRCUITS 313 DATA-ACQUISITION CONSIDERATIONS 315 8.6 RADIATIVE
TEMPERATURE MEASUREMENTS 319 RADIATION FUNDAMENTALS 319 RADIATION
DETECTORS 320 RADIATIVE TEMPERATURE MEASUREMENTS 322 OPTICAL FIBER
THERMOMETERS 323 8.7 PHYSICAL ERRORS IN TEMPERATURE MEASUREMENT 324
INSERTION ERRORS 324 CONDUCTION ERRORS 325 RADIATION ERRORS 327
RADIATION SHIELDING 329 RECOVERY ERRORS IN TEMPERATURE MEASUREMENT 330
8.8 SUMMARY 332 REFERENCES 332 NOMENCLATURE 333 PROBLEMS 334 XIV
CONTENTS 9. PRESSURE AND VELOCITY MEASUREMENTS 341 9.1 INTRODUCTION 341
9.2 PRESSURE CONCEPTS 341 9.3 PRESSURE REFERENCE INSTRUMENTS 344 MCLEOD
GAUGE 344 BAROMETER 345 MANOMETERS 346 DEADWEIGHT TESTERS 349 9.4 I
PRESSURE TRANSDUCERS 351 BOURDON TUBE 351 BELLOWS AND CAPSULE 352
DIAPHRAGMS 355 9.5 PRESSURE TRANSDUCER CALIBRATION 358 STATIC
CALIBRATION 358 DYNAMIC CALIBRATION 358 9.6 PRESSURE MEASUREMENTS IN
MOVING FLUIDS 360 TOTAL PRESSURE MEASUREMENT 362 STATIC PRESSURE
MEASUREMENT 362 9.7 DESIGN AND INSTALLATION: TRANSMISSION EFFECTS 364
GASES 364 LIQUIDS 366 HEAVILY DAMPED SYSTEMS 366 9.8 FLUID VELOCITY
MEASURING SYSTEMS 368 PITOT-STATIC PRESSURE PROBE 368 THERMAL ANEMOMETRY
370 DOPPLER ANEMOMETRY 373 PARTICLE IMAGE VELOCIMETRY 375 SELECTION OF
VELOCITY MEASURING METHODS 377 9.9 SUMMARY 378 REFERENCES 378
NOMENCLATURE 379 PROBLEMS 380 10. FLOW MEASUREMENTS 385 10.1
INTRODUCTION 385 10.2 HISTORICAL COMMENTS 385 10.3 FLOW RATE CONCEPTS
386 10.4 VOLUME FLOW RATE THROUGH VELOCITY DETERMINATION 387 10.5
PRESSURE DIFFERENTIAL METERS 389 OBSTRUCTION METERS 389 ORIFICE METER
393 VENTURI METER 394 FLOW NOZZLES 396 SONIC NOZZLES 400 OBSTRUCTION
METER SELECTION 401 LAMINAR FLOW ELEMENTS 405 10.6 INSERTION VOLUME FLOW
METERS 406 ELECTROMAGNETIC FLOW METERS 406 VORTEX SHEDDING METERS 407
CONTENTS XV ROTAMETERS 410 TURBINE METERS 411 TRANSIT TIME AND DOPPLER
(ULTRASONIC) FLOW METERS 412 POSITIVE DISPLACEMENT METERS 413 10.7 MASS
FLOW METERS 413 THERMAL FLOW METER 414 CORIOLIS FLOW METER 415 10.8 FLOW
METER CALIBRATION AND STANDARDS 418 10.9 ESTIMATING STANDARD FLOW RATE
419 10.10 SUMMARY 419 REFERENCES 420 NOMENCLATURE 420 PROBLEMS 421 11.
STRAIN MEASUREMENT 425 11.1 INTRODUCTION 425 11.2 STRESS AND STRAIN 425
LATERAL STRAINS 427 11.3 RESISTANCE STRAIN GAUGES 428 METALLIC GAUGES
428 STRAIN GAUGE CONSTRUCTION AND BONDING 431 SEMICONDUCTOR STRAIN
GAUGES 432 11.4 STRAIN GAUGE ELECTRICAL CIRCUITS 434 11.5 PRACTICAL
CONSIDERATIONS FOR STRAIN MEASUREMENT 437 THE MULTIPLE GAUGE BRIDGE 437
BRIDGE CONSTANT 438 11.6 APPARENT STRAIN AND TEMPERATURE COMPENSATION
440 TEMPERATURE COMPENSATION 441 BRIDGE STATIC SENSITIVITY 443
CONSTRUCTION AND INSTALLATION 443 ANALYSIS OF STRAIN GAUGE DATA 446
SIGNAL CONDITIONING 446 UNCERTAINTIES IN MULTICHANNEL MEASUREMENTS 446
11.7 OPTICAL STRAIN MEASURING TECHNIQUES 449 BASIC CHARACTERISTICS OF
LIGHT 449 PHOTOELASTIC MEASUREMENT 449 MOIRE METHODS 453 11.8 SUMMARY
454 REFERENCES 454 NOMENCLATURE 455 PROBLEMS 456 12. MECHATRONICS:
SENSORS, ACTUATORS, AND CONTROLS 460 12.1 INTRODUCTION 460 12.2 SENSORS
460 DISPLACEMENT SENSORS 460 MEASUREMENT OF ACCELERATION AND VIBRATION
465 VELOCITY MEASUREMENTS 472 ANGULAR VELOCITY MEASUREMENTS 476 XVI
CONTENTS FORCE MEASUREMENT 479 TORQUE MEASUREMENTS 483 MECHANICAL POWER
MEASUREMENTS 484 12.3 ACTUATORS 486 LINEAR ACTUATORS 486 PNEUMATIC AND
HYDRAULIC ACTUATORS 488 ROTARY ACTUATORS 491 FLOW-CONTROL VALVES 492
12.4 CONTROLS 494 * DYNAMIC RESPONSE 497 LAPLACE TRANSFORMS 497 BLOCK
DIAGRAMS 499 MODEL FOR OVEN CONTROL 501 PROPORTIONAL-INTEGRAL (PI)
CONTROL 504 PID CONTROL OF A SECOND-ORDER SYSTEM 506 12.5 SUMMARY 510
REFERENCES 511 NOMENCLATURE 511 PROBLEMS 512 APPENDIX A A GUIDE FOR
TECHNICAL WRITING 515 A.I A GUIDE FOR TECHNICAL WRITING 516 ABSTRACT 516
INTRODUCTION 516 SPECIFIC WRITING STEPS 516 WRITING TIPS 521 ON WRITING
STYLE 521 CONCLUSIONS 521 REFERENCES 522 APPENDIX B PROPERTY DATA AND
CONVERSION FACTORS 523 APPENDIX C LAPLACE TRANSFORM BASICS 529 REFERENCE
530 GLOSSARY OF NEW TERMS 531 INDEX 537 |
any_adam_object | 1 |
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author | Figliola, Richard S. Beasley, Donald E. |
author_facet | Figliola, Richard S. Beasley, Donald E. |
author_role | aut aut |
author_sort | Figliola, Richard S. |
author_variant | r s f rs rsf d e b de deb |
building | Verbundindex |
bvnumber | BV021561411 |
callnumber-first | T - Technology |
callnumber-label | T50 |
callnumber-raw | T50 |
callnumber-search | T50 |
callnumber-sort | T 250 |
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classification_rvk | ZQ 3100 |
ctrlnum | (OCoLC)60321458 (DE-599)BVBBV021561411 |
dewey-full | 681/.2 620.0044 |
dewey-hundreds | 600 - Technology (Applied sciences) |
dewey-ones | 681 - Precision instruments and other devices 620 - Engineering and allied operations |
dewey-raw | 681/.2 620.0044 |
dewey-search | 681/.2 620.0044 |
dewey-sort | 3681 12 |
dewey-tens | 680 - Manufacture of products for specific uses 620 - Engineering and allied operations |
discipline | Handwerk und Gewerbe / Verschiedene Technologien Mess-/Steuerungs-/Regelungs-/Automatisierungstechnik / Mechatronik |
discipline_str_mv | Handwerk und Gewerbe / Verschiedene Technologien Mess-/Steuerungs-/Regelungs-/Automatisierungstechnik / Mechatronik |
edition | 4. ed. |
format | Book |
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index_date | 2024-07-02T14:34:54Z |
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institution | BVB |
isbn | 9780471445937 0471445932 |
language | English |
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spelling | Figliola, Richard S. Verfasser aut Theory and design for mechanical measurements Richard S. Figliola, Donald E. Beasley 4. ed. Hoboken, N.J. Wiley 2006 XVI, 542 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturverz. S. 522 Mesure - Instruments ram Mesures physiques ram Mensuration Textbooks Messtechnik (DE-588)4114575-6 gnd rswk-swf Messwertverarbeitung (DE-588)4038804-9 gnd rswk-swf 1\p (DE-588)4143389-0 Aufgabensammlung gnd-content Messwertverarbeitung (DE-588)4038804-9 s DE-604 Messtechnik (DE-588)4114575-6 s Beasley, Donald E. Verfasser aut http://www.loc.gov/catdir/enhancements/fy0624/2005047492-d.html Publisher description http://www.loc.gov/catdir/enhancements/fy0624/2005047492-t.html Table of contents HEBIS Datenaustausch Darmstadt application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014777347&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 |
spellingShingle | Figliola, Richard S. Beasley, Donald E. Theory and design for mechanical measurements Mesure - Instruments ram Mesures physiques ram Mensuration Textbooks Messtechnik (DE-588)4114575-6 gnd Messwertverarbeitung (DE-588)4038804-9 gnd |
subject_GND | (DE-588)4114575-6 (DE-588)4038804-9 (DE-588)4143389-0 |
title | Theory and design for mechanical measurements |
title_auth | Theory and design for mechanical measurements |
title_exact_search | Theory and design for mechanical measurements |
title_exact_search_txtP | Theory and design for mechanical measurements |
title_full | Theory and design for mechanical measurements Richard S. Figliola, Donald E. Beasley |
title_fullStr | Theory and design for mechanical measurements Richard S. Figliola, Donald E. Beasley |
title_full_unstemmed | Theory and design for mechanical measurements Richard S. Figliola, Donald E. Beasley |
title_short | Theory and design for mechanical measurements |
title_sort | theory and design for mechanical measurements |
topic | Mesure - Instruments ram Mesures physiques ram Mensuration Textbooks Messtechnik (DE-588)4114575-6 gnd Messwertverarbeitung (DE-588)4038804-9 gnd |
topic_facet | Mesure - Instruments Mesures physiques Mensuration Textbooks Messtechnik Messwertverarbeitung Aufgabensammlung |
url | http://www.loc.gov/catdir/enhancements/fy0624/2005047492-d.html http://www.loc.gov/catdir/enhancements/fy0624/2005047492-t.html http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=014777347&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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