System verification [[electronic resource] ] : proving the design solution satisfies the requirements / / Jeffrey O. Grady |
Autore | Grady Jeffrey O |
Pubbl/distr/stampa | Amsterday ; ; Boston, : Elsevier/Academic Press, c2007 |
Descrizione fisica | 1 online resource (367 p.) |
Disciplina | 620.001/171 |
Soggetto topico |
Process control
Systems engineering |
ISBN |
1-281-05067-9
9786611050672 0-08-048978-8 |
Formato | Materiale a stampa ![]() |
Livello bibliografico | Monografia |
Lingua di pubblicazione | eng |
Nota di contenuto |
Front Cover; System Verification; Copyright Page; Table of Contents; LIST OF ILLUSTRATIONS; LIST OF TABLES; PREFACE; ACKNOWLEDGMENTS; LIST OF ABBREVIATIONS; Part 1 SETTING THE STAGE; Chapter 1.1 The Global Verification Situation; 1.1.1 The Meaning of the Word Verification; 1.1.2 Verification Classes; 1.1.2.1 Item Qualification; 1.1.2.2 Item Acceptance; 1.1.2.3 System Test and Evaluation; 1.1.3 Feedback into Product Models; 1.1.4 Technical Data Assessment; 1.1.5 Process Verification; 1.1.6 Program Assembly of the Verification Process; 1.1.6.1 High-Rate Production Program
1.1.6.2 Low-Volume, High-Dollar Production Program1.1.6.3 One-of-a-Kind Production Program; 1.1.7 Verification Documentation Intensity; 1.1.8 In the Aggregate; Chapter 1.2 Introduction to System Development; 1.2.1 What Is a System?; 1.2.2 System Development; 1.2.3 Three Steps on the Way to Great Systems; 1.2.4 Organizational Structure; 1.2.5 The Systems Approach; 1.2.6 The Two Vs; 1.2.7 The Foundation of System Engineering; 1.2.8 System Development Phasing Overview; 1.2.9 Toward a Standard Process; 1.2.10 Development Environments; 1.2.10.1 The Waterfall Development Model 1.2.10.2 The Spiral Development Model1.2.10.3 The V Development Model; 1.2.10.4 The N Development Model; 1.2.10.5 Development Environment Integration; Chapter 1.3 Requirements Analysis Overview; 1.3.1 Requirements; 1.3.2 The Need and Its Initial Expansion Using Traditional Structured Analysis; 1.3.3 Structured Decomposition Using Traditional Structured Analysis; 1.3.3.1 Functional Analysis; 1.3.3.2 Performance Requirements Analysis; 1.3.3.3 Design Constraints Analysis; 1.3.3.3.1 Interface Requirements Analysis; 1.3.3.3.2 Environmental Requirements Analysis 1.3.3.3.3 Specialty Engineering Requirements Analysis1.3.4 Computer Software Approaches; 1.3.5 Verification Requirements; 1.3.6 Applicable Documents; 1.3.7 Process Requirements Analysis; Part 2 ITEM QUALIFICATION VERIFICATION; Chapter 2.1 Verification Requirements; 2.1.1 Verification Documentation; 2.1.2 Item Planning Fundamentals; 2.1.2.1 Traceability Matrix; 2.1.2.2 Verification Methods; 2.1.2.3 Product and Verification Levels; 2.1.2.4 Verification Classes; 2.1.2.5 Items Subject to Qualification and Acceptance; 2.1.2.6 Verification Directionality; 2.1.2.7 Product Verification Layering 2.1.2.8 Verification Requirements Definition Timing2.1.3 Verification Requirements Analysis; 2.1.3.1 Selecting the Method; 2.1.3.2 Writing Responsibility and Support; 2.1.3.3 Writing the Verification Paragraph; 2.1.4 Verification Planning, Data Capture, and Documentation; 2.1.5 Section 4 Structure; 2.1.5.1 MIL-STD-961E Structure; 2.1.5.2 An Alternate Structure; 2.1.5.3 External Verification Requirements Documentation; 2.1.6 Verification Computer Databases; Chapter 2.2 Top-Down Verification Planning; 2.2.1 A Matter of Scale; 2.2.2 Expansion of Function F44; 2.2.3 Item Qualification Process 2.2.4 The Planning Transform |
Record Nr. | UNINA-9910784659503321 |
Grady Jeffrey O
![]() |
||
Amsterday ; ; Boston, : Elsevier/Academic Press, c2007 | ||
![]() | ||
Lo trovi qui: Univ. Federico II | ||
|
System verification [[electronic resource] ] : proving the design solution satisfies the requirements / / Jeffrey O. Grady |
Autore | Grady Jeffrey O |
Pubbl/distr/stampa | Amsterday ; ; Boston, : Elsevier/Academic Press, c2007 |
Descrizione fisica | 1 online resource (367 p.) |
Disciplina | 620.001/171 |
Soggetto topico |
Process control
Systems engineering |
ISBN |
1-281-05067-9
9786611050672 0-08-048978-8 |
Formato | Materiale a stampa ![]() |
Livello bibliografico | Monografia |
Lingua di pubblicazione | eng |
Nota di contenuto |
Front Cover; System Verification; Copyright Page; Table of Contents; LIST OF ILLUSTRATIONS; LIST OF TABLES; PREFACE; ACKNOWLEDGMENTS; LIST OF ABBREVIATIONS; Part 1 SETTING THE STAGE; Chapter 1.1 The Global Verification Situation; 1.1.1 The Meaning of the Word Verification; 1.1.2 Verification Classes; 1.1.2.1 Item Qualification; 1.1.2.2 Item Acceptance; 1.1.2.3 System Test and Evaluation; 1.1.3 Feedback into Product Models; 1.1.4 Technical Data Assessment; 1.1.5 Process Verification; 1.1.6 Program Assembly of the Verification Process; 1.1.6.1 High-Rate Production Program
1.1.6.2 Low-Volume, High-Dollar Production Program1.1.6.3 One-of-a-Kind Production Program; 1.1.7 Verification Documentation Intensity; 1.1.8 In the Aggregate; Chapter 1.2 Introduction to System Development; 1.2.1 What Is a System?; 1.2.2 System Development; 1.2.3 Three Steps on the Way to Great Systems; 1.2.4 Organizational Structure; 1.2.5 The Systems Approach; 1.2.6 The Two Vs; 1.2.7 The Foundation of System Engineering; 1.2.8 System Development Phasing Overview; 1.2.9 Toward a Standard Process; 1.2.10 Development Environments; 1.2.10.1 The Waterfall Development Model 1.2.10.2 The Spiral Development Model1.2.10.3 The V Development Model; 1.2.10.4 The N Development Model; 1.2.10.5 Development Environment Integration; Chapter 1.3 Requirements Analysis Overview; 1.3.1 Requirements; 1.3.2 The Need and Its Initial Expansion Using Traditional Structured Analysis; 1.3.3 Structured Decomposition Using Traditional Structured Analysis; 1.3.3.1 Functional Analysis; 1.3.3.2 Performance Requirements Analysis; 1.3.3.3 Design Constraints Analysis; 1.3.3.3.1 Interface Requirements Analysis; 1.3.3.3.2 Environmental Requirements Analysis 1.3.3.3.3 Specialty Engineering Requirements Analysis1.3.4 Computer Software Approaches; 1.3.5 Verification Requirements; 1.3.6 Applicable Documents; 1.3.7 Process Requirements Analysis; Part 2 ITEM QUALIFICATION VERIFICATION; Chapter 2.1 Verification Requirements; 2.1.1 Verification Documentation; 2.1.2 Item Planning Fundamentals; 2.1.2.1 Traceability Matrix; 2.1.2.2 Verification Methods; 2.1.2.3 Product and Verification Levels; 2.1.2.4 Verification Classes; 2.1.2.5 Items Subject to Qualification and Acceptance; 2.1.2.6 Verification Directionality; 2.1.2.7 Product Verification Layering 2.1.2.8 Verification Requirements Definition Timing2.1.3 Verification Requirements Analysis; 2.1.3.1 Selecting the Method; 2.1.3.2 Writing Responsibility and Support; 2.1.3.3 Writing the Verification Paragraph; 2.1.4 Verification Planning, Data Capture, and Documentation; 2.1.5 Section 4 Structure; 2.1.5.1 MIL-STD-961E Structure; 2.1.5.2 An Alternate Structure; 2.1.5.3 External Verification Requirements Documentation; 2.1.6 Verification Computer Databases; Chapter 2.2 Top-Down Verification Planning; 2.2.1 A Matter of Scale; 2.2.2 Expansion of Function F44; 2.2.3 Item Qualification Process 2.2.4 The Planning Transform |
Record Nr. | UNINA-9910808933303321 |
Grady Jeffrey O
![]() |
||
Amsterday ; ; Boston, : Elsevier/Academic Press, c2007 | ||
![]() | ||
Lo trovi qui: Univ. Federico II | ||
|
TS 16949 : insights from a third party auditor with a process approach audit checklist / / Karen Welch |
Autore | Welch Karen <1961-> |
Pubbl/distr/stampa | Milwaukee, Wisconsin : , : ASQ Quality Press, , 2005 |
Descrizione fisica | 1 online resource (246 p.) |
Disciplina | 658.4/013 |
Soggetto topico |
Quality control - Auditing
Process control |
Soggetto genere / forma | Electronic books. |
ISBN | 600-00-4791-6 |
Formato | Materiale a stampa ![]() |
Livello bibliografico | Monografia |
Lingua di pubblicazione | eng |
Record Nr. | UNINA-9910452540503321 |
Welch Karen <1961->
![]() |
||
Milwaukee, Wisconsin : , : ASQ Quality Press, , 2005 | ||
![]() | ||
Lo trovi qui: Univ. Federico II | ||
|
Tuning and control loop performance / / Gregory K. McMillan |
Autore | McMillan Gregory K. <1946-, > |
Edizione | [Fourth edition.] |
Pubbl/distr/stampa | New York, [New York] (222 East 46th Street, New York, NY 10017) : , : Momentum Press, , 2015 |
Descrizione fisica | 1 online resource (584 pages) |
Disciplina | 629.83 |
Collana | Manufacturing and engineering collection |
Soggetto topico |
Process control
Feedback control systems |
Soggetto genere / forma | Electronic books. |
Soggetto non controllato |
adaptive control
advanced regulatory control analyzer response auto tuner automation system batch optimization bioreactor control cascade control compressor control control loop performance control valve response external reset feedback feedforward control inverse response lambda tuning level control measurement response pH control PID control PID execution rate PID filter PID form PID structure PID tuning pressure control process control process disturbances process dynamics process interaction process metrics process nonlinearity process performance process response proportional-integral-derivative controller reactor control runaway reaction temperature control valve deadband valve position control valve resolution variable frequency drive response wireless control wireless response |
ISBN | 1-60650-171-2 |
Formato | Materiale a stampa ![]() |
Livello bibliografico | Monografia |
Lingua di pubblicazione | eng |
Nota di contenuto |
1. Fundamentals -- 1.1 Introduction -- 1.1.1 Perspective -- 1.1.2 Overview -- 1.1.3 Recommendations -- 1.2 PID controller -- 1.2.1 Proportional mode -- 1.2.2 Integral mode -- 1.2.3 Derivative mode -- 1.2.4 ARW and output limits -- 1.2.5 Control action and valve action -- 1.2.6 Operating modes -- 1.3 Loop dynamics -- 1.3.1 Types of process responses -- 1.3.2 Dead times and time constants -- 1.3.3 Open loop self-regulating and integrating process gains -- 1.3.4 Deadband, resolution, and threshold sensitivity -- 1.4 Typical mode settings -- 1.5 Typical tuning methods -- 1.5.1 Lambda tuning for self-regulating processes -- 1.5.2 Lambda tuning for integrating processes -- 1.5.3 IMC tuning for self-regulating processes -- 1.5.4 IMC tuning for integrating processes -- 1.5.5 Skogestad internal model control tuning for self-regulating processes -- 1.5.6 SIMC tuning for integrating processes -- 1.5.7 Traditional open loop tuning -- 1.5.8 Modified Ziegler-Nichols reaction curve tuning -- 1.5.9 Modified Ziegler-Nichols ultimate oscillation tuning -- 1.5.10 Quarter amplitude oscillation tuning -- 1.5.11 SCM tuning for self-regulating processes -- 1.5.12 SCM tuning for integrating processes -- 1.5.13 SCM tuning for runaway processes -- 1.5.14 Maximizing absorption of variability tuning for surge tank level -- 1.6 Test results -- 1.6.1 Performance of tuning settings on dead time dominant processes -- 1.6.2 Performance of tuning settings on near-integrating processes -- 1.6.3 Performance of tuning settings on true integrating processes -- 1.6.4 Performance of tuning settings on runaway processes -- 1.6.5 Slow oscillations from low PID gain in integrating and runaway processes -- 1.6.6 Performance of tuning methods on various processes -- Key points --
2. Unified methodology -- 2.1 Introduction -- 2.1.1 Perspective -- 2.1.2 Overview -- 2.1.3 Recommendations -- 2.2 PID features -- 2.2.1 PID form -- 2.2.2 External reset feedback -- 2.2.3 PID structure -- 2.2.4 Split range -- 2.2.5 Signal characterization -- 2.2.6 Feedforward -- 2.2.7 Decoupling -- 2.2.8 Output tracking and remote output -- 2.2.9 Setpoint filter, lead-lag, and rate limits -- 2.2.10 Enhanced PID for wireless and analyzers -- 2.3 Automation system difficulties -- 2.3.1 Open loop gain problems -- 2.3.2 Time constant problems -- 2.3.3 Dead time problems -- 2.3.4 Limit cycle problems -- 2.3.5 Noise problems -- 2.3.6 Accuracy and precision problems -- 2.4 Process objectives -- 2.4.1 Maximize turndown -- 2.4.2 Maximize safety and environmental protection -- 2.4.3 Minimize product variability -- 2.4.4 Maximize process efficiency and capacity -- 2.5 Step-by-step solutions -- 2.6 Test results -- Key points -- 3. Performance criteria -- 3.1 Introduction -- 3.1.1 Perspective -- 3.1.2 Overview -- 3.1.3 Recommendations -- 3.2 Disturbance response metrics -- 3.2.1 Accumulated error -- 3.2.2 Peak error -- 3.2.3 Disturbance lag -- 3.3 Setpoint response metrics -- 3.3.1 Rise time -- 3.3.2 Overshoot and undershoot -- Key points -- 4. Effect of process dynamics -- 4.1 Introduction -- 4.1.1 Perspective -- 4.1.2 Overview -- 4.1.3 Recommendations -- 4.2 Effect of mechanical design -- 4.2.1 Equipment and piping dynamics -- 4.2.2 Common equipment and piping design mistakes -- 4.3 Estimation of total dead time -- 4.4 Estimation of open loop gain -- 4.5 Major types of process responses -- 4.5.1 Self-regulating processes -- 4.5.2 Integrating processes -- 4.5.3 Runaway processes -- 4.6 Examples -- 4.6.1 Waste treatment pH loops (self-regulating process) -- 4.6.2 Boiler feedwater flow loop (self-regulating process) -- 4.6.3 Boiler drum level loop (integrating process) -- 4.6.4 Furnace pressure loop (near-integrating process) -- 4.6.5 Exothermic reactor cascade temperature loop (runaway process) -- 4.6.6 Biological reactor biomass concentration loop (runaway process) -- Key points -- 5. Effect of controller dynamics -- 5.1 Introduction -- 5.1.1 Perspective -- 5.1.2 Overview -- 5.1.3 Recommendations -- 5.2 Execution rate and filter time -- 5.2.1 First effect via equation for integrated error -- 5.2.2 Second effect via equations for implied dead time -- 5.3 Smart reset action -- 5.4 Diagnosis of tuning problems -- 5.5 Furnace pressure loop example (near-integrating) -- 5.6 Test results -- Key points -- 6. Effect of measurement dynamics -- 6.1 Introduction -- 6.1.1 Perspective -- 6.1.2 Overview -- 6.1.3 Recommendations -- 6.2 Wireless update rate and transmitter damping -- 6.2.1 First effect via equation for integrated error -- 6.2.2 Second effect via equations for implied dead time -- 6.3 Analyzers -- 6.4 Sensor lags and delays -- 6.5 Noise and repeatability -- 6.6 Threshold sensitivity and resolution limits -- 6.7 Rangeability (turndown) -- 6.8 Runaway processes -- 6.9 Accuracy, precision, and drift -- 6.10 Attenuation and deception -- 6.11 Examples -- 6.11.1 Waste treatment pH loop (self-regulating process) -- 6.11.2 Boiler feedwater flow loop (self-regulating process) -- 6.11.3 Boiler drum level loop (integrating process) -- 6.11.4 Furnace pressure loop (near-integrating process) -- 6.11.5 Exothermic reactor cascade temperature loop (runaway process) -- 6.11.6 Biological reactor biomass concentration loop (runaway process) -- 6.12 Test results -- Key points -- 7. Effect of valve and variable frequency drive dynamics -- 7.1 Introduction -- 7.1.1 Perspective -- 7.1.2 Overview -- 7.1.3 Recommendations -- 7.2 Valve positioners and accessories -- 7.2.1 Pneumatic positioners -- 7.2.2 Digital positioners -- 7.2.3 Current to pneumatic (I/P) transducers -- 7.2.4 Solenoid valves -- 7.2.5 Volume boosters -- 7.3 Actuators, shafts, and stems -- 7.3.1 Diaphragm actuators -- 7.3.2 Piston actuators -- 7.3.3 Linkages and connections -- 7.4 VFD system design -- 7.4.1 Pulse width modulation -- 7.4.2 Cable problems -- 7.4.3 Bearing problems -- 7.4.4 Speed slip -- 7.4.5 Motor requirements -- 7.4.6 Drive controls -- 7.5 Dynamic response -- 7.5.1 Control valve response -- 7.5.2 VFD response -- 7.5.3 Dead time approximation -- 7.5.4 Deadband and resolution -- 7.5.5 When is a valve or VFD too slow? -- 7.5.6 Limit cycles -- 7.6 Installed flow characteristics and rangeability -- 7.6.1 Valve flow characteristics -- 7.6.2 Valve rangeability -- 7.6.3 VFD flow characteristics -- 7.6.4 VFD rangeability -- 7.7 Best practices -- 7.7.1 Control valve design specifications -- 7.7.2 VFD design specifications -- 7.8 Test results -- Key points -- 8. Effect of disturbances -- 8.1 Introduction -- 8.1.1 Perspective -- 8.1.2 Overview -- 8.1.3 Recommendations -- 8.2 Disturbance dynamics -- 8.2.1 Load time constants -- 8.2.2 Load rate limit -- 8.2.3 Disturbance dead time -- 8.2.4 Disturbance oscillations -- 8.3 Disturbance location -- 8.4 Disturbance troubleshooting -- 8.4.1 Sources of fast oscillations -- 8.4.2 Sources of slow oscillations -- 8.5 Disturbance mitigation -- 8.6 Test results -- Key points -- 9. Effect of nonlinearities -- 9.1 Introduction -- 9.1.1 Perspective -- 9.1.2 Overview -- 9.1.3 Recommendations -- 9.2 Variable gain -- 9.2.1 Cascade control -- 9.2.2 Reversals of process sign -- 9.2.3 Signal characterization -- 9.2.4 Gain scheduling -- 9.2.5 Adaptive control -- 9.2.6 Gain margin -- 9.3 Variable dead time -- 9.4 Variable time constant -- 9.5 Inverse response -- 9.6 Test results -- Key points -- 10. Effect of interactions -- 10.1 Introduction -- 10.1.1 Perspective -- 10.1.2 Overview -- 10.1.3 Recommendations -- 10.2 Pairing -- 10.2.1 Relative gain array -- 10.2.2 Distillation column example -- 10.2.3 Static mixer example -- 10.2.4 Hidden control loops -- 10.2.5 Relative gains less than zero -- 10.2.6 Relative gains from zero to one -- 10.2.7 Relative gains greater than one -- 10.2.8 Model predictive control -- 10.3 Decoupling -- 10.4 Directional move suppression -- 10.5 Tuning -- 10.6 Test results -- Key points -- 11. Cascade control -- 11.1 Introduction -- 11.1.1 Perspective -- 11.1.2 Overview -- 11.1.3 Recommendations -- 11.2 Configuration and tuning -- 11.3 Process control benefits -- 11.4 Process knowledge benefits -- 11.5 Watch-outs -- 11.6 Test results -- Key points -- 12. Advanced regulatory control -- 12.1 Introduction -- 12.1.1 Perspective -- 12.1.2 Overview -- 12.1.3 Recommendations -- 12.2 Feedforward control -- 12.2.1 Opportunities -- 12.2.2 Watch-outs -- 12.3 Intelligent output action -- 12.3.1 Opportunities -- 12.3.2 Watch-outs -- 12.4 Intelligent integral action -- 12.4.1 Opportunities -- 12.4.2 Watch-outs -- 12.5 Dead time compensation -- 12.5.1 Opportunities -- 12.5.2 Watch-outs -- 12.6 Valve position control -- 12.6.1 Opportunities -- 12.6.2 Watch-outs -- 12.7 Override control -- 12.7.1 Opportunities -- 12.7.2 Watch-outs -- 12.8 Test results -- Key points -- 13. Process control improvement -- 13.1 Introduction -- 13.1.1 Perspective -- 13.1.2 Overview -- 13.1.3 Recommendations -- 13.2 Unit operation metrics -- 13.3 Opportunities -- 13.3.1 Variability -- 13.3.2 Increasing capacity and efficiency -- 13.3.3 Effective use of models -- 13.3.4 Sizing and assessment -- 13.4 Key questions -- Key points -- 14. Auto tuners and adaptive control -- 14.1 Introduction -- 14.1.1 Perspective -- 14.1.2 Overview -- 14.1.3 Recommendations -- 14.2 Methodology -- Key points -- 15. Batch optimization -- 15.1 Introduction -- 15.1.1 Perspective -- 15.1.2 Overview -- 15.1.3 Recommendations -- 15.2 Cycle time -- 15.3 Profile -- 15.4 End point -- Key points -- Appendix A. Automation system performance top 10 concepts -- Appendix B. Basics of PID controllers -- Appendix C. Controller performance -- Appendix D. Discussion -- Appendix E. Enhanced PID for wireless and analyzer applications -- Appendix F. First principle process relationships -- Appendix G. Gas pressure dynamics -- Appendix H. Convective heat transfer coefficients -- Appendix I. Interactive to noninteractive time constant conversion -- Appendix. Jacket and coil temperature control -- Appendix K. PID forms and conversion of tuning settings -- Appendix L. Liquid mixing dynamics -- Appendix M. Measurement speed requirements for SIS -- References -- Bibliography -- About the author -- Index. |
Record Nr. | UNINA-9910459794203321 |
McMillan Gregory K. <1946-, >
![]() |
||
New York, [New York] (222 East 46th Street, New York, NY 10017) : , : Momentum Press, , 2015 | ||
![]() | ||
Lo trovi qui: Univ. Federico II | ||
|
Tuning and control loop performance / / Gregory K. McMillan |
Autore | McMillan Gregory K. <1946-, > |
Edizione | [Fourth edition.] |
Pubbl/distr/stampa | New York, [New York] (222 East 46th Street, New York, NY 10017) : , : Momentum Press, , 2015 |
Descrizione fisica | 1 online resource (584 pages) |
Disciplina | 629.83 |
Collana | Manufacturing and engineering collection |
Soggetto topico |
Process control
Feedback control systems |
Soggetto non controllato |
adaptive control
advanced regulatory control analyzer response auto tuner automation system batch optimization bioreactor control cascade control compressor control control loop performance control valve response external reset feedback feedforward control inverse response lambda tuning level control measurement response pH control PID control PID execution rate PID filter PID form PID structure PID tuning pressure control process control process disturbances process dynamics process interaction process metrics process nonlinearity process performance process response proportional-integral-derivative controller reactor control runaway reaction temperature control valve deadband valve position control valve resolution variable frequency drive response wireless control wireless response |
ISBN | 1-60650-171-2 |
Formato | Materiale a stampa ![]() |
Livello bibliografico | Monografia |
Lingua di pubblicazione | eng |
Nota di contenuto |
1. Fundamentals -- 1.1 Introduction -- 1.1.1 Perspective -- 1.1.2 Overview -- 1.1.3 Recommendations -- 1.2 PID controller -- 1.2.1 Proportional mode -- 1.2.2 Integral mode -- 1.2.3 Derivative mode -- 1.2.4 ARW and output limits -- 1.2.5 Control action and valve action -- 1.2.6 Operating modes -- 1.3 Loop dynamics -- 1.3.1 Types of process responses -- 1.3.2 Dead times and time constants -- 1.3.3 Open loop self-regulating and integrating process gains -- 1.3.4 Deadband, resolution, and threshold sensitivity -- 1.4 Typical mode settings -- 1.5 Typical tuning methods -- 1.5.1 Lambda tuning for self-regulating processes -- 1.5.2 Lambda tuning for integrating processes -- 1.5.3 IMC tuning for self-regulating processes -- 1.5.4 IMC tuning for integrating processes -- 1.5.5 Skogestad internal model control tuning for self-regulating processes -- 1.5.6 SIMC tuning for integrating processes -- 1.5.7 Traditional open loop tuning -- 1.5.8 Modified Ziegler-Nichols reaction curve tuning -- 1.5.9 Modified Ziegler-Nichols ultimate oscillation tuning -- 1.5.10 Quarter amplitude oscillation tuning -- 1.5.11 SCM tuning for self-regulating processes -- 1.5.12 SCM tuning for integrating processes -- 1.5.13 SCM tuning for runaway processes -- 1.5.14 Maximizing absorption of variability tuning for surge tank level -- 1.6 Test results -- 1.6.1 Performance of tuning settings on dead time dominant processes -- 1.6.2 Performance of tuning settings on near-integrating processes -- 1.6.3 Performance of tuning settings on true integrating processes -- 1.6.4 Performance of tuning settings on runaway processes -- 1.6.5 Slow oscillations from low PID gain in integrating and runaway processes -- 1.6.6 Performance of tuning methods on various processes -- Key points --
2. Unified methodology -- 2.1 Introduction -- 2.1.1 Perspective -- 2.1.2 Overview -- 2.1.3 Recommendations -- 2.2 PID features -- 2.2.1 PID form -- 2.2.2 External reset feedback -- 2.2.3 PID structure -- 2.2.4 Split range -- 2.2.5 Signal characterization -- 2.2.6 Feedforward -- 2.2.7 Decoupling -- 2.2.8 Output tracking and remote output -- 2.2.9 Setpoint filter, lead-lag, and rate limits -- 2.2.10 Enhanced PID for wireless and analyzers -- 2.3 Automation system difficulties -- 2.3.1 Open loop gain problems -- 2.3.2 Time constant problems -- 2.3.3 Dead time problems -- 2.3.4 Limit cycle problems -- 2.3.5 Noise problems -- 2.3.6 Accuracy and precision problems -- 2.4 Process objectives -- 2.4.1 Maximize turndown -- 2.4.2 Maximize safety and environmental protection -- 2.4.3 Minimize product variability -- 2.4.4 Maximize process efficiency and capacity -- 2.5 Step-by-step solutions -- 2.6 Test results -- Key points -- 3. Performance criteria -- 3.1 Introduction -- 3.1.1 Perspective -- 3.1.2 Overview -- 3.1.3 Recommendations -- 3.2 Disturbance response metrics -- 3.2.1 Accumulated error -- 3.2.2 Peak error -- 3.2.3 Disturbance lag -- 3.3 Setpoint response metrics -- 3.3.1 Rise time -- 3.3.2 Overshoot and undershoot -- Key points -- 4. Effect of process dynamics -- 4.1 Introduction -- 4.1.1 Perspective -- 4.1.2 Overview -- 4.1.3 Recommendations -- 4.2 Effect of mechanical design -- 4.2.1 Equipment and piping dynamics -- 4.2.2 Common equipment and piping design mistakes -- 4.3 Estimation of total dead time -- 4.4 Estimation of open loop gain -- 4.5 Major types of process responses -- 4.5.1 Self-regulating processes -- 4.5.2 Integrating processes -- 4.5.3 Runaway processes -- 4.6 Examples -- 4.6.1 Waste treatment pH loops (self-regulating process) -- 4.6.2 Boiler feedwater flow loop (self-regulating process) -- 4.6.3 Boiler drum level loop (integrating process) -- 4.6.4 Furnace pressure loop (near-integrating process) -- 4.6.5 Exothermic reactor cascade temperature loop (runaway process) -- 4.6.6 Biological reactor biomass concentration loop (runaway process) -- Key points -- 5. Effect of controller dynamics -- 5.1 Introduction -- 5.1.1 Perspective -- 5.1.2 Overview -- 5.1.3 Recommendations -- 5.2 Execution rate and filter time -- 5.2.1 First effect via equation for integrated error -- 5.2.2 Second effect via equations for implied dead time -- 5.3 Smart reset action -- 5.4 Diagnosis of tuning problems -- 5.5 Furnace pressure loop example (near-integrating) -- 5.6 Test results -- Key points -- 6. Effect of measurement dynamics -- 6.1 Introduction -- 6.1.1 Perspective -- 6.1.2 Overview -- 6.1.3 Recommendations -- 6.2 Wireless update rate and transmitter damping -- 6.2.1 First effect via equation for integrated error -- 6.2.2 Second effect via equations for implied dead time -- 6.3 Analyzers -- 6.4 Sensor lags and delays -- 6.5 Noise and repeatability -- 6.6 Threshold sensitivity and resolution limits -- 6.7 Rangeability (turndown) -- 6.8 Runaway processes -- 6.9 Accuracy, precision, and drift -- 6.10 Attenuation and deception -- 6.11 Examples -- 6.11.1 Waste treatment pH loop (self-regulating process) -- 6.11.2 Boiler feedwater flow loop (self-regulating process) -- 6.11.3 Boiler drum level loop (integrating process) -- 6.11.4 Furnace pressure loop (near-integrating process) -- 6.11.5 Exothermic reactor cascade temperature loop (runaway process) -- 6.11.6 Biological reactor biomass concentration loop (runaway process) -- 6.12 Test results -- Key points -- 7. Effect of valve and variable frequency drive dynamics -- 7.1 Introduction -- 7.1.1 Perspective -- 7.1.2 Overview -- 7.1.3 Recommendations -- 7.2 Valve positioners and accessories -- 7.2.1 Pneumatic positioners -- 7.2.2 Digital positioners -- 7.2.3 Current to pneumatic (I/P) transducers -- 7.2.4 Solenoid valves -- 7.2.5 Volume boosters -- 7.3 Actuators, shafts, and stems -- 7.3.1 Diaphragm actuators -- 7.3.2 Piston actuators -- 7.3.3 Linkages and connections -- 7.4 VFD system design -- 7.4.1 Pulse width modulation -- 7.4.2 Cable problems -- 7.4.3 Bearing problems -- 7.4.4 Speed slip -- 7.4.5 Motor requirements -- 7.4.6 Drive controls -- 7.5 Dynamic response -- 7.5.1 Control valve response -- 7.5.2 VFD response -- 7.5.3 Dead time approximation -- 7.5.4 Deadband and resolution -- 7.5.5 When is a valve or VFD too slow? -- 7.5.6 Limit cycles -- 7.6 Installed flow characteristics and rangeability -- 7.6.1 Valve flow characteristics -- 7.6.2 Valve rangeability -- 7.6.3 VFD flow characteristics -- 7.6.4 VFD rangeability -- 7.7 Best practices -- 7.7.1 Control valve design specifications -- 7.7.2 VFD design specifications -- 7.8 Test results -- Key points -- 8. Effect of disturbances -- 8.1 Introduction -- 8.1.1 Perspective -- 8.1.2 Overview -- 8.1.3 Recommendations -- 8.2 Disturbance dynamics -- 8.2.1 Load time constants -- 8.2.2 Load rate limit -- 8.2.3 Disturbance dead time -- 8.2.4 Disturbance oscillations -- 8.3 Disturbance location -- 8.4 Disturbance troubleshooting -- 8.4.1 Sources of fast oscillations -- 8.4.2 Sources of slow oscillations -- 8.5 Disturbance mitigation -- 8.6 Test results -- Key points -- 9. Effect of nonlinearities -- 9.1 Introduction -- 9.1.1 Perspective -- 9.1.2 Overview -- 9.1.3 Recommendations -- 9.2 Variable gain -- 9.2.1 Cascade control -- 9.2.2 Reversals of process sign -- 9.2.3 Signal characterization -- 9.2.4 Gain scheduling -- 9.2.5 Adaptive control -- 9.2.6 Gain margin -- 9.3 Variable dead time -- 9.4 Variable time constant -- 9.5 Inverse response -- 9.6 Test results -- Key points -- 10. Effect of interactions -- 10.1 Introduction -- 10.1.1 Perspective -- 10.1.2 Overview -- 10.1.3 Recommendations -- 10.2 Pairing -- 10.2.1 Relative gain array -- 10.2.2 Distillation column example -- 10.2.3 Static mixer example -- 10.2.4 Hidden control loops -- 10.2.5 Relative gains less than zero -- 10.2.6 Relative gains from zero to one -- 10.2.7 Relative gains greater than one -- 10.2.8 Model predictive control -- 10.3 Decoupling -- 10.4 Directional move suppression -- 10.5 Tuning -- 10.6 Test results -- Key points -- 11. Cascade control -- 11.1 Introduction -- 11.1.1 Perspective -- 11.1.2 Overview -- 11.1.3 Recommendations -- 11.2 Configuration and tuning -- 11.3 Process control benefits -- 11.4 Process knowledge benefits -- 11.5 Watch-outs -- 11.6 Test results -- Key points -- 12. Advanced regulatory control -- 12.1 Introduction -- 12.1.1 Perspective -- 12.1.2 Overview -- 12.1.3 Recommendations -- 12.2 Feedforward control -- 12.2.1 Opportunities -- 12.2.2 Watch-outs -- 12.3 Intelligent output action -- 12.3.1 Opportunities -- 12.3.2 Watch-outs -- 12.4 Intelligent integral action -- 12.4.1 Opportunities -- 12.4.2 Watch-outs -- 12.5 Dead time compensation -- 12.5.1 Opportunities -- 12.5.2 Watch-outs -- 12.6 Valve position control -- 12.6.1 Opportunities -- 12.6.2 Watch-outs -- 12.7 Override control -- 12.7.1 Opportunities -- 12.7.2 Watch-outs -- 12.8 Test results -- Key points -- 13. Process control improvement -- 13.1 Introduction -- 13.1.1 Perspective -- 13.1.2 Overview -- 13.1.3 Recommendations -- 13.2 Unit operation metrics -- 13.3 Opportunities -- 13.3.1 Variability -- 13.3.2 Increasing capacity and efficiency -- 13.3.3 Effective use of models -- 13.3.4 Sizing and assessment -- 13.4 Key questions -- Key points -- 14. Auto tuners and adaptive control -- 14.1 Introduction -- 14.1.1 Perspective -- 14.1.2 Overview -- 14.1.3 Recommendations -- 14.2 Methodology -- Key points -- 15. Batch optimization -- 15.1 Introduction -- 15.1.1 Perspective -- 15.1.2 Overview -- 15.1.3 Recommendations -- 15.2 Cycle time -- 15.3 Profile -- 15.4 End point -- Key points -- Appendix A. Automation system performance top 10 concepts -- Appendix B. Basics of PID controllers -- Appendix C. Controller performance -- Appendix D. Discussion -- Appendix E. Enhanced PID for wireless and analyzer applications -- Appendix F. First principle process relationships -- Appendix G. Gas pressure dynamics -- Appendix H. Convective heat transfer coefficients -- Appendix I. Interactive to noninteractive time constant conversion -- Appendix. Jacket and coil temperature control -- Appendix K. PID forms and conversion of tuning settings -- Appendix L. Liquid mixing dynamics -- Appendix M. Measurement speed requirements for SIS -- References -- Bibliography -- About the author -- Index. |
Record Nr. | UNINA-9910787493803321 |
McMillan Gregory K. <1946-, >
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New York, [New York] (222 East 46th Street, New York, NY 10017) : , : Momentum Press, , 2015 | ||
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Lo trovi qui: Univ. Federico II | ||
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Tuning and control loop performance / / Gregory K. McMillan |
Autore | McMillan Gregory K. <1946-, > |
Edizione | [Fourth edition.] |
Pubbl/distr/stampa | New York, [New York] (222 East 46th Street, New York, NY 10017) : , : Momentum Press, , 2015 |
Descrizione fisica | 1 online resource (584 pages) |
Disciplina | 629.83 |
Collana | Manufacturing and engineering collection |
Soggetto topico |
Process control
Feedback control systems |
Soggetto non controllato |
adaptive control
advanced regulatory control analyzer response auto tuner automation system batch optimization bioreactor control cascade control compressor control control loop performance control valve response external reset feedback feedforward control inverse response lambda tuning level control measurement response pH control PID control PID execution rate PID filter PID form PID structure PID tuning pressure control process control process disturbances process dynamics process interaction process metrics process nonlinearity process performance process response proportional-integral-derivative controller reactor control runaway reaction temperature control valve deadband valve position control valve resolution variable frequency drive response wireless control wireless response |
ISBN | 1-60650-171-2 |
Formato | Materiale a stampa ![]() |
Livello bibliografico | Monografia |
Lingua di pubblicazione | eng |
Nota di contenuto |
1. Fundamentals -- 1.1 Introduction -- 1.1.1 Perspective -- 1.1.2 Overview -- 1.1.3 Recommendations -- 1.2 PID controller -- 1.2.1 Proportional mode -- 1.2.2 Integral mode -- 1.2.3 Derivative mode -- 1.2.4 ARW and output limits -- 1.2.5 Control action and valve action -- 1.2.6 Operating modes -- 1.3 Loop dynamics -- 1.3.1 Types of process responses -- 1.3.2 Dead times and time constants -- 1.3.3 Open loop self-regulating and integrating process gains -- 1.3.4 Deadband, resolution, and threshold sensitivity -- 1.4 Typical mode settings -- 1.5 Typical tuning methods -- 1.5.1 Lambda tuning for self-regulating processes -- 1.5.2 Lambda tuning for integrating processes -- 1.5.3 IMC tuning for self-regulating processes -- 1.5.4 IMC tuning for integrating processes -- 1.5.5 Skogestad internal model control tuning for self-regulating processes -- 1.5.6 SIMC tuning for integrating processes -- 1.5.7 Traditional open loop tuning -- 1.5.8 Modified Ziegler-Nichols reaction curve tuning -- 1.5.9 Modified Ziegler-Nichols ultimate oscillation tuning -- 1.5.10 Quarter amplitude oscillation tuning -- 1.5.11 SCM tuning for self-regulating processes -- 1.5.12 SCM tuning for integrating processes -- 1.5.13 SCM tuning for runaway processes -- 1.5.14 Maximizing absorption of variability tuning for surge tank level -- 1.6 Test results -- 1.6.1 Performance of tuning settings on dead time dominant processes -- 1.6.2 Performance of tuning settings on near-integrating processes -- 1.6.3 Performance of tuning settings on true integrating processes -- 1.6.4 Performance of tuning settings on runaway processes -- 1.6.5 Slow oscillations from low PID gain in integrating and runaway processes -- 1.6.6 Performance of tuning methods on various processes -- Key points --
2. Unified methodology -- 2.1 Introduction -- 2.1.1 Perspective -- 2.1.2 Overview -- 2.1.3 Recommendations -- 2.2 PID features -- 2.2.1 PID form -- 2.2.2 External reset feedback -- 2.2.3 PID structure -- 2.2.4 Split range -- 2.2.5 Signal characterization -- 2.2.6 Feedforward -- 2.2.7 Decoupling -- 2.2.8 Output tracking and remote output -- 2.2.9 Setpoint filter, lead-lag, and rate limits -- 2.2.10 Enhanced PID for wireless and analyzers -- 2.3 Automation system difficulties -- 2.3.1 Open loop gain problems -- 2.3.2 Time constant problems -- 2.3.3 Dead time problems -- 2.3.4 Limit cycle problems -- 2.3.5 Noise problems -- 2.3.6 Accuracy and precision problems -- 2.4 Process objectives -- 2.4.1 Maximize turndown -- 2.4.2 Maximize safety and environmental protection -- 2.4.3 Minimize product variability -- 2.4.4 Maximize process efficiency and capacity -- 2.5 Step-by-step solutions -- 2.6 Test results -- Key points -- 3. Performance criteria -- 3.1 Introduction -- 3.1.1 Perspective -- 3.1.2 Overview -- 3.1.3 Recommendations -- 3.2 Disturbance response metrics -- 3.2.1 Accumulated error -- 3.2.2 Peak error -- 3.2.3 Disturbance lag -- 3.3 Setpoint response metrics -- 3.3.1 Rise time -- 3.3.2 Overshoot and undershoot -- Key points -- 4. Effect of process dynamics -- 4.1 Introduction -- 4.1.1 Perspective -- 4.1.2 Overview -- 4.1.3 Recommendations -- 4.2 Effect of mechanical design -- 4.2.1 Equipment and piping dynamics -- 4.2.2 Common equipment and piping design mistakes -- 4.3 Estimation of total dead time -- 4.4 Estimation of open loop gain -- 4.5 Major types of process responses -- 4.5.1 Self-regulating processes -- 4.5.2 Integrating processes -- 4.5.3 Runaway processes -- 4.6 Examples -- 4.6.1 Waste treatment pH loops (self-regulating process) -- 4.6.2 Boiler feedwater flow loop (self-regulating process) -- 4.6.3 Boiler drum level loop (integrating process) -- 4.6.4 Furnace pressure loop (near-integrating process) -- 4.6.5 Exothermic reactor cascade temperature loop (runaway process) -- 4.6.6 Biological reactor biomass concentration loop (runaway process) -- Key points -- 5. Effect of controller dynamics -- 5.1 Introduction -- 5.1.1 Perspective -- 5.1.2 Overview -- 5.1.3 Recommendations -- 5.2 Execution rate and filter time -- 5.2.1 First effect via equation for integrated error -- 5.2.2 Second effect via equations for implied dead time -- 5.3 Smart reset action -- 5.4 Diagnosis of tuning problems -- 5.5 Furnace pressure loop example (near-integrating) -- 5.6 Test results -- Key points -- 6. Effect of measurement dynamics -- 6.1 Introduction -- 6.1.1 Perspective -- 6.1.2 Overview -- 6.1.3 Recommendations -- 6.2 Wireless update rate and transmitter damping -- 6.2.1 First effect via equation for integrated error -- 6.2.2 Second effect via equations for implied dead time -- 6.3 Analyzers -- 6.4 Sensor lags and delays -- 6.5 Noise and repeatability -- 6.6 Threshold sensitivity and resolution limits -- 6.7 Rangeability (turndown) -- 6.8 Runaway processes -- 6.9 Accuracy, precision, and drift -- 6.10 Attenuation and deception -- 6.11 Examples -- 6.11.1 Waste treatment pH loop (self-regulating process) -- 6.11.2 Boiler feedwater flow loop (self-regulating process) -- 6.11.3 Boiler drum level loop (integrating process) -- 6.11.4 Furnace pressure loop (near-integrating process) -- 6.11.5 Exothermic reactor cascade temperature loop (runaway process) -- 6.11.6 Biological reactor biomass concentration loop (runaway process) -- 6.12 Test results -- Key points -- 7. Effect of valve and variable frequency drive dynamics -- 7.1 Introduction -- 7.1.1 Perspective -- 7.1.2 Overview -- 7.1.3 Recommendations -- 7.2 Valve positioners and accessories -- 7.2.1 Pneumatic positioners -- 7.2.2 Digital positioners -- 7.2.3 Current to pneumatic (I/P) transducers -- 7.2.4 Solenoid valves -- 7.2.5 Volume boosters -- 7.3 Actuators, shafts, and stems -- 7.3.1 Diaphragm actuators -- 7.3.2 Piston actuators -- 7.3.3 Linkages and connections -- 7.4 VFD system design -- 7.4.1 Pulse width modulation -- 7.4.2 Cable problems -- 7.4.3 Bearing problems -- 7.4.4 Speed slip -- 7.4.5 Motor requirements -- 7.4.6 Drive controls -- 7.5 Dynamic response -- 7.5.1 Control valve response -- 7.5.2 VFD response -- 7.5.3 Dead time approximation -- 7.5.4 Deadband and resolution -- 7.5.5 When is a valve or VFD too slow? -- 7.5.6 Limit cycles -- 7.6 Installed flow characteristics and rangeability -- 7.6.1 Valve flow characteristics -- 7.6.2 Valve rangeability -- 7.6.3 VFD flow characteristics -- 7.6.4 VFD rangeability -- 7.7 Best practices -- 7.7.1 Control valve design specifications -- 7.7.2 VFD design specifications -- 7.8 Test results -- Key points -- 8. Effect of disturbances -- 8.1 Introduction -- 8.1.1 Perspective -- 8.1.2 Overview -- 8.1.3 Recommendations -- 8.2 Disturbance dynamics -- 8.2.1 Load time constants -- 8.2.2 Load rate limit -- 8.2.3 Disturbance dead time -- 8.2.4 Disturbance oscillations -- 8.3 Disturbance location -- 8.4 Disturbance troubleshooting -- 8.4.1 Sources of fast oscillations -- 8.4.2 Sources of slow oscillations -- 8.5 Disturbance mitigation -- 8.6 Test results -- Key points -- 9. Effect of nonlinearities -- 9.1 Introduction -- 9.1.1 Perspective -- 9.1.2 Overview -- 9.1.3 Recommendations -- 9.2 Variable gain -- 9.2.1 Cascade control -- 9.2.2 Reversals of process sign -- 9.2.3 Signal characterization -- 9.2.4 Gain scheduling -- 9.2.5 Adaptive control -- 9.2.6 Gain margin -- 9.3 Variable dead time -- 9.4 Variable time constant -- 9.5 Inverse response -- 9.6 Test results -- Key points -- 10. Effect of interactions -- 10.1 Introduction -- 10.1.1 Perspective -- 10.1.2 Overview -- 10.1.3 Recommendations -- 10.2 Pairing -- 10.2.1 Relative gain array -- 10.2.2 Distillation column example -- 10.2.3 Static mixer example -- 10.2.4 Hidden control loops -- 10.2.5 Relative gains less than zero -- 10.2.6 Relative gains from zero to one -- 10.2.7 Relative gains greater than one -- 10.2.8 Model predictive control -- 10.3 Decoupling -- 10.4 Directional move suppression -- 10.5 Tuning -- 10.6 Test results -- Key points -- 11. Cascade control -- 11.1 Introduction -- 11.1.1 Perspective -- 11.1.2 Overview -- 11.1.3 Recommendations -- 11.2 Configuration and tuning -- 11.3 Process control benefits -- 11.4 Process knowledge benefits -- 11.5 Watch-outs -- 11.6 Test results -- Key points -- 12. Advanced regulatory control -- 12.1 Introduction -- 12.1.1 Perspective -- 12.1.2 Overview -- 12.1.3 Recommendations -- 12.2 Feedforward control -- 12.2.1 Opportunities -- 12.2.2 Watch-outs -- 12.3 Intelligent output action -- 12.3.1 Opportunities -- 12.3.2 Watch-outs -- 12.4 Intelligent integral action -- 12.4.1 Opportunities -- 12.4.2 Watch-outs -- 12.5 Dead time compensation -- 12.5.1 Opportunities -- 12.5.2 Watch-outs -- 12.6 Valve position control -- 12.6.1 Opportunities -- 12.6.2 Watch-outs -- 12.7 Override control -- 12.7.1 Opportunities -- 12.7.2 Watch-outs -- 12.8 Test results -- Key points -- 13. Process control improvement -- 13.1 Introduction -- 13.1.1 Perspective -- 13.1.2 Overview -- 13.1.3 Recommendations -- 13.2 Unit operation metrics -- 13.3 Opportunities -- 13.3.1 Variability -- 13.3.2 Increasing capacity and efficiency -- 13.3.3 Effective use of models -- 13.3.4 Sizing and assessment -- 13.4 Key questions -- Key points -- 14. Auto tuners and adaptive control -- 14.1 Introduction -- 14.1.1 Perspective -- 14.1.2 Overview -- 14.1.3 Recommendations -- 14.2 Methodology -- Key points -- 15. Batch optimization -- 15.1 Introduction -- 15.1.1 Perspective -- 15.1.2 Overview -- 15.1.3 Recommendations -- 15.2 Cycle time -- 15.3 Profile -- 15.4 End point -- Key points -- Appendix A. Automation system performance top 10 concepts -- Appendix B. Basics of PID controllers -- Appendix C. Controller performance -- Appendix D. Discussion -- Appendix E. Enhanced PID for wireless and analyzer applications -- Appendix F. First principle process relationships -- Appendix G. Gas pressure dynamics -- Appendix H. Convective heat transfer coefficients -- Appendix I. Interactive to noninteractive time constant conversion -- Appendix. Jacket and coil temperature control -- Appendix K. PID forms and conversion of tuning settings -- Appendix L. Liquid mixing dynamics -- Appendix M. Measurement speed requirements for SIS -- References -- Bibliography -- About the author -- Index. |
Record Nr. | UNINA-9910828000603321 |
McMillan Gregory K. <1946-, >
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New York, [New York] (222 East 46th Street, New York, NY 10017) : , : Momentum Press, , 2015 | ||
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Lo trovi qui: Univ. Federico II | ||
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The ultimate Six Sigma [[electronic resource] ] : beyond quality excellence to total business excellence / / Keki R. Bhote |
Autore | Bhote Keki R. <1925-> |
Pubbl/distr/stampa | New York, : AMACOM/American Management Association, c2002 |
Descrizione fisica | xxxvi, 404 p. : ill |
Disciplina | 658.5/62 |
Soggetto topico | Process control |
Soggetto genere / forma | Electronic books. |
ISBN |
1-61583-984-4
0-8144-2641-7 |
Formato | Materiale a stampa ![]() |
Livello bibliografico | Monografia |
Lingua di pubblicazione | eng |
Record Nr. | UNINA-9910455211103321 |
Bhote Keki R. <1925->
![]() |
||
New York, : AMACOM/American Management Association, c2002 | ||
![]() | ||
Lo trovi qui: Univ. Federico II | ||
|
The ultimate Six Sigma [[electronic resource] ] : beyond quality excellence to total business excellence / / Keki R. Bhote |
Autore | Bhote Keki R. <1925-> |
Pubbl/distr/stampa | New York, : AMACOM/American Management Association, c2002 |
Descrizione fisica | xxxvi, 404 p. : ill |
Disciplina | 658.5/62 |
Soggetto topico | Process control |
ISBN |
1-61583-984-4
0-8144-2641-7 |
Formato | Materiale a stampa ![]() |
Livello bibliografico | Monografia |
Lingua di pubblicazione | eng |
Record Nr. | UNINA-9910778840003321 |
Bhote Keki R. <1925->
![]() |
||
New York, : AMACOM/American Management Association, c2002 | ||
![]() | ||
Lo trovi qui: Univ. Federico II | ||
|
The ultimate Six Sigma [[electronic resource] ] : beyond quality excellence to total business excellence / / Keki R. Bhote |
Autore | Bhote Keki R. <1925-> |
Edizione | [1st ed.] |
Pubbl/distr/stampa | New York, : AMACOM/American Management Association, c2002 |
Descrizione fisica | xxxvi, 404 p. : ill |
Disciplina | 658.5/62 |
Soggetto topico | Process control |
ISBN |
1-61583-984-4
0-8144-2641-7 |
Formato | Materiale a stampa ![]() |
Livello bibliografico | Monografia |
Lingua di pubblicazione | eng |
Nota di contenuto | Intro -- CONTENTS -- LIST OF ILLUSTRATIONS -- FOREWORD BY ROBERT W. GALVIN, CHAIRMAN OF THE BOARD EMERITUS, MOTOROLA -- PREFACE: BLOSSOMING OF THE ULTI MATE SIX SIGMA -- ACKNOWLEDGMENTS -- PART 1 DEFINITIONS AND CONCEPTS -- O n e WHAT IS SIX SIGMA? -- T wo THE NEED, OBJECTIVES, AND BENEFITS OF THE ULTI MATE SIX SIGMA -- T h r e e THE ORIGIN, DEVELOPMENT, AND RENEWAL OF MOTOROLA' S SIX SIGMA -- F o u r THE HYPED SIX SIGMA: FROM THE PURE SIX SIGMA TO THE SICK SIGMA -- F i v e THE SCOPE, STRUCTURE, AND METHODOLOGY OF THE ULTI MATE SIX SIGMA -- PART 2 THE ULTI MATE SIX SIGMA- TWELVE AREAS OF BUSINESS EXCELLENCE -- S i x FROM MERE CUSTOMER SATISFACTION TO CUSTOMER LOYALTY -- S e v e n FROM STIFLING MICROMANAGEMENT TO INSPIRATIONAL LEADERSHIP -- E i g h t FROM TAYLORISM TO EMPOWERMENT CREATION IN THE ORGANIZATION -- N i n e FROM PASSIVITY AND BOREDOM AMONG EMPLOYEES TO INDUSTRIAL DEMOCRACY -- T en FROM TRADITIONAL INDICATORS TO ROBUST METRICS -- E l e v e n FROM OBSOLETE TOOLS OF THE TWENTIETH CENTURY TO THE POWERFUL TOOLS OF THE TWENTY- FIRST CENTURY -- T welve FROM HISTORIC LEVELS TO DESIGNS IN HALF THE TIME WITH HALF THE DEFECTS, HALF THE COSTS, AND HALF THE MANPOWER -- T h i r t e e n FROM A CUSTOMER-SUPPLIER WIN- LOSE CONTEST TO A WIN-WIN PARTNERSHIP FOR THE ENTIRE SUPPLIER CHAIN -- F o u r t e e n FROM SECOND-CLASS CITIZEN TO MANUFACTURING AS A MAJOR CONTRIBUTOR TO BUSINESS EXCELLENCE -- F i f t e e n FIELD OPERATIONS: FROM AN APPENDAGE TO A MAXIMUM SERVICE TO DOWNSTREAM STAKEHOLDERS -- S i x t e e n FROM THE BLACK HOLE OF LITTLE ACCOUNTABILITY TO SERVICE AS A PRODUCTIVITY CONTRIBUTOR -- S e v e n t e e n FROM MEDIOCRITY TO WORLD- CLASS RESULTS -- REFERENCE NOTES -- INDEX. |
Record Nr. | UNINA-9910823054203321 |
Bhote Keki R. <1925->
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New York, : AMACOM/American Management Association, c2002 | ||
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Lo trovi qui: Univ. Federico II | ||
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Vom Hydraulischen Regler zum Prozessleitsystem [[electronic resource] ] : die Erfolgsgeschichte der Askania-Werke Berlin und der Geräte- und Reglerwerke Teltow : 140 Jahre Industriegeschichte, Tradition und Zukunft / / Lothar Starke |
Autore | Starke Lothar |
Pubbl/distr/stampa | Berlin, : BWV, Berliner Wissenschafts-Verlag, 2009 |
Descrizione fisica | 1 online resource (274 p.) |
Soggetto topico |
Hydraulic control - Germany
Process control |
Soggetto non controllato | Mechanical engineering; - mechanical instruments; - German engineering firm |
ISBN | 3-8305-1715-7 |
Formato | Materiale a stampa ![]() |
Livello bibliografico | Monografia |
Lingua di pubblicazione | ger |
Record Nr. | UNINA-9910164189203321 |
Starke Lothar
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Berlin, : BWV, Berliner Wissenschafts-Verlag, 2009 | ||
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Lo trovi qui: Univ. Federico II | ||
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