Edward reyland (21 resultados)

Taschenbuch. Condición: Neu. Neuware - Understand vehicle dynamics from the tire contact patch to integrated chassis control. Modern Vehicle Dynamics provides a rigorous, practical treatment of the forces, models, calculations, and control methods that govern the behavior of modern road vehicles. >>Inside, readers will explore: >- Longitudinal dynamics, road loads, traction, acceleration, and energy - Braking dynamics, brake-force distribution, wheel-slip behavior, and antilock control - Steady-state and transient handling, stability, and driver response - Steering geometry, compliance, power assistance, rear steering, and steer-by-wire - Suspension kinematics, chassis load paths, wheel rates, ride, and vibration - Longitudinal and lateral load transfer, roll, pitch, wheel lift, and rollover - Aerodynamic forces, vehicle attitude, crosswinds, and active aerodynamics - Vehicle modeling, numerical simulation, parameter identification, verification, and validation - State estimation and electronic stability control - Semi-active and active suspension and roll-control systems - Electric and hybrid vehicle dynamics, regenerative limits, and brake blending - Torque vectoring, control allocation, and integrated chassis control The book combines derivations, worked examples, engineering calculations, figures, tables, review questions, numerical practice problems, and complete worked solutions, making it suitable for structured university courses as well as independent professional study. Special attention is given to model boundaries, calculation auditing, verification, and engineering application. Readers learn not only how to obtain a numerical result, but how to understand the assumptions behind a model, recognize its limitations, and determine what evidence is needed before trusting its predictions. Written for mechanical and automotive engineering students, vehicle-dynamics engineers, chassis and controls engineers, simulation engineers, and vehicle-integration professionals, Modern Vehicle Dynamics provides a connected framework for understanding classical vehicle behavior and the increasingly integrated control systems used in modern vehicles. Build the models. Trace the forces. Audit the calculations. Understand how the complete vehicle responds. …

Taschenbuch. Condición: Neu. Neuware - HANDBOOK OF AI ENGINEERING AND AGENTIC AIBuilding an impressive AI prototype is easier than ever. Engineering an AI system that stays reliable, secure, measurable, and economical in production is a much harder problem.Handbook of AI Engineering and Agentic AI is a rigorous, engineering-first guide to building intelligent systems that move beyond promising demos and perform dependably under real-world conditions. Prompts go brittle. Retrieval misses critical evidence. Structured outputs fail validation. Agents lose state, repeat actions, or exceed intended boundaries. This handbook develops the engineering principles and practical methods needed to address those failures systematically.Inside, you will learn how to: - Understand foundation-model behavior, context limits, decoding, caching, and cost trade-offs.- Engineer prompts, structured outputs, and tool interfaces for dependable applications.- Build retrieval-augmented systems using chunking, hybrid retrieval, reranking, and advanced retrieval architectures.- Decide when retrieval, fine-tuning, or both are appropriate-and evaluate results using evidence rather than intuition.- Design evaluation systems for quality, groundedness, robustness, safety, and cost.- Build agentic systems that plan, use tools, maintain memory, recover from failures, and incorporate human oversight.- Design multi-agent architectures in which specialized agents coordinate complex workflows.- Apply security controls, guardrails, observability, and failure management to production systems.- Optimize latency and cost while deploying and governing systems at scale.Agentic AI receives substantial treatment throughout the handbook. Rather than reducing agents to simple prompt loops, the book examines planning, task decomposition, memory, state management, tool use, reflection, permission boundaries, failure recovery, and coordination between specialized agents-the engineering mechanisms required for controlled autonomy.Each chapter combines learning objectives, first-principles explanations, worked examples, practice problems with worked solutions, and concise summaries, making the book suitable for structured study or professional reference.Written for AI engineers, machine-learning engineers, software engineers, architects, technical leads, and advanced computing students, the handbook assumes basic code literacy and systems thinking, not a machine-learning research background.The focus is not on temporary interfaces or short-lived tricks, but on the durable engineering principles behind intelligent systems that can be evaluated, secured, scaled, and operated with confidence.…

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware.

Paperback. Condición: new. Paperback. Understand vehicle dynamics from the tire contact patch to integrated chassis control. Modern Vehicle Dynamics provides a rigorous, practical treatment of the forces, models, calculations, and control methods that govern the behavior of modern road vehicles. Beginning with coordinate systems, rigid-body mechanics, and tire force generation, the book develops the engineering principles behind acceleration, braking, steering, handling, suspension, ride, load transfer, rollover, and aerodynamics. It then advances into vehicle modeling and simulation, state estimation, electronic stability control, active chassis systems, electrified powertrains, regenerative braking, torque vectoring, and integrated chassis control. Rather than treating these subjects as isolated topics, the book follows a consistent reference vehicle throughout the analysis, allowing readers to see how changes in mass, tires, suspension, aerodynamics, braking, and control strategy propagate through the behavior of the complete vehicle. Inside, readers will explore: - Tire contact mechanics, slip, force generation, combined slip, and transient behavior - Longitudinal dynamics, road loads, traction, acceleration, and energy - Braking dynamics, brake-force distribution, wheel-slip behavior, and antilock control - Steady-state and transient handling, stability, and driver response - Steering geometry, compliance, power assistance, rear steering, and steer-by-wire - Suspension kinematics, chassis load paths, wheel rates, ride, and vibration - Longitudinal and lateral load transfer, roll, pitch, wheel lift, and rollover - Aerodynamic forces, vehicle attitude, crosswinds, and active aerodynamics - Vehicle modeling, numerical simulation, parameter identification, verification, and validation - State estimation and electronic stability control - Semi-active and active suspension and roll-control systems - Electric and hybrid vehicle dynamics, regenerative limits, and brake blending - Torque vectoring, control allocation, and integrated chassis control The book combines derivations, worked examples, engineering calculations, figures, tables, review questions, numerical practice problems, and complete worked solutions, making it suitable for structured university courses as well as independent professional study. Special attention is given to model boundaries, calculation auditing, verification, and engineering application. Readers learn not only how to obtain a numerical result, but how to understand the assumptions behind a model, recognize its limitations, and determine what evidence is needed before trusting its predictions. Written for mechanical and automotive engineering students, vehicle-dynamics engineers, chassis and controls engineers, simulation engineers, and vehicle-integration professionals, Modern Vehicle Dynamics provides a connected framework for understanding classical vehicle behavior and the increasingly integrated control systems used in modern vehicles. Build the models. Trace the forces. Audit the calculations. Understand how the complete vehicle responds. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. …

PAP. Condición: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condición: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Condición: new. Paperback. HANDBOOK OF AI ENGINEERING AND AGENTIC AIBuilding an impressive AI prototype is easier than ever. Engineering an AI system that stays reliable, secure, measurable, and economical in production is a much harder problem.Handbook of AI Engineering and Agentic AI is a rigorous, engineering-first guide to building intelligent systems that move beyond promising demos and perform dependably under real-world conditions. Prompts go brittle. Retrieval misses critical evidence. Structured outputs fail validation. Agents lose state, repeat actions, or exceed intended boundaries. This handbook develops the engineering principles and practical methods needed to address those failures systematically.Inside, you will learn how to: Understand foundation-model behavior, context limits, decoding, caching, and cost trade-offs.Engineer prompts, structured outputs, and tool interfaces for dependable applications.Build retrieval-augmented systems using chunking, hybrid retrieval, reranking, and advanced retrieval architectures.Decide when retrieval, fine-tuning, or both are appropriate-and evaluate results using evidence rather than intuition.Design evaluation systems for quality, groundedness, robustness, safety, and cost.Build agentic systems that plan, use tools, maintain memory, recover from failures, and incorporate human oversight.Design multi-agent architectures in which specialized agents coordinate complex workflows.Apply security controls, guardrails, observability, and failure management to production systems.Optimize latency and cost while deploying and governing systems at scale.Agentic AI receives substantial treatment throughout the handbook. Rather than reducing agents to simple prompt loops, the book examines planning, task decomposition, memory, state management, tool use, reflection, permission boundaries, failure recovery, and coordination between specialized agents-the engineering mechanisms required for controlled autonomy.Each chapter combines learning objectives, first-principles explanations, worked examples, practice problems with worked solutions, and concise summaries, making the book suitable for structured study or professional reference.Written for AI engineers, machine-learning engineers, software engineers, architects, technical leads, and advanced computing students, the handbook assumes basic code literacy and systems thinking, not a machine-learning research background.The focus is not on temporary interfaces or short-lived tricks, but on the durable engineering principles behind intelligent systems that can be evaluated, secured, scaled, and operated with confidence. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

PAP. Condición: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condición: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Condición: New. Print on Demand.

Paperback. Condición: new. Paperback. A water or wastewater design is only as sound as the numbers behind it and the rule each number rests on. On a real project, questions arrive together. How much oxygen will the aeration basins need? Will the contact basin earn its disinfection credit? What happens in the wet well when the power fails? Many references answer them as isolated textbook problems, yet the population projection sets the flows, the flows size the pipes, and the solids retention time you choose sets the oxygen demand, sludge production and nitrogen removal. Designers must also separate enforceable regulatory limits from consensus criteria, typical ranges and working assumptions. When those categories blur, a design becomes hard to check and harder to defend. This book follows one town of 73,000 people through every chapter, from the first population projection to the last troubleshooting decision. It shows how hydraulics, chemistry, microbiology and process engineering become values on a design drawing, criteria in a permit application and decisions in a control room. What this book helps you do See the system as a connected whole. Flows sized in the opening chapter become the pipes, clarifiers and plant hydraulic profile of later chapters, so each design choice can be traced across processes. Know what kind of number you are using. Every value is identified as a regulatory requirement, a consensus design criterion, a typical range or an illustrative assumption, with dated citations so current status can be confirmed. Follow and verify every calculation. Nearly 300 worked examples show intermediate values and can serve as templates once site-specific data replace the illustrative values. Design hydraulic and treatment systems. Work through pumps and surge, distribution networks, sewers and lift stations, coagulation and filtration, disinfection, activated sludge, aeration and nutrient removal. Handle solids, reuse and energy. Size thickeners and digesters, evaluate biosolids, assemble reuse treatment trains with pathogen log reduction credits, and estimate biogas recovery. Connect design to operation. Troubleshooting examples for drinking water and wastewater plants point back to the design chapters that explain why a process behaves as it does. Inside the book Sixteen chapters move from demand, flow and regulation through process fundamentals, water sources, pipe flow, distribution, collection, drinking water treatment, wastewater treatment, sludge and biosolids, advanced treatment and plant operations, including membranes, softening, ion exchange, corrosion control and trace organic contaminants such as PFAS. Each chapter offers learning objectives, panels on regulatory basis, design practice, calculation checks and operator observations, and a closing design synthesis. SI units are primary, with United States customary equivalents where practice uses them. Appendices, a glossary, references and an index complete the reference. Who it is for Civil and environmental engineers who design, review or operate water supply and wastewater systems, advanced undergraduate and graduate students preparing for that work, and plant operators and managers who want the design reasoning behind their processes. The methods support, and do not replace, the judgment of a licensed professional engineer. Get your copy and start building water and wastewater designs you can trace from the first flow estimate to the final hydraulic profile, with every number and every requirement accounted for. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

PAP. Condición: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condición: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Condición: new. Paperback. A transformer, breaker, or cable almost never fails out of nowhere.Insulation absorbs moisture and ages. Contacts erode. Connections loosen and heat. Gas evolves quietly in the oil long before a relay ever has to operate. The warning signs are usually there - the question is whether a maintenance program is built to catch them, and whether the reference behind it treats a substation as one connected system.Many programs still test on a fixed calendar, or wait for something to trip, treating each measurement as an isolated pass or fail rather than a point on a trend. That is harder to defend now that a documented, condition-based maintenance program has become an expectation, and it leaves gaps exactly where diagnostics have moved fastest: statistical interpretation of gas-in-oil data, low-frequency cable diagnostics succeeding older withstand tests, frequency-response analysis, and microprocessor-based protection's own testing needs. Guidance for it is usually scattered across manuals, standards documents, and single-topic books, with no consistent method connecting them.This handbook connects them. For every major class of substation and industrial power equipment, it works through the same sequence: the physics behind a test, the connection and procedure, the criteria used to judge the result, a worked calculation with realistic numbers, and the failure modes the test can and cannot detect - so a value on a report becomes a decision: accept, trend, investigate, repair, or replace.What this handbook helps you doSee results as evidence, not a checkbox. Understand the physics behind insulation resistance, power factor, partial discharge, turns ratio, timing, and contact-resistance tests.Work through realistic calculations. Every test method is paired with a worked example using field-realistic numbers, built to serve as a template.Interpret oil and gas data with confidence. Follow the statistical approach now used to read dissolved-gas trends, alongside furan analysis and moisture assessment.Test transformers, breakers, switchgear, and cables hands-on. Run turns-ratio and winding-resistance tests, contact timing and vacuum-interrupter checks, and low-frequency cable diagnostics replacing older withstand methods.Commission and test protection systems end to end. Verify relay functions with current injection, check instrument-transformer circuits, and test DC control circuits and batteries.Catch what testing alone won't tell you. Use infrared thermography, airborne ultrasound, and online monitoring between outages, and a structured troubleshooting process when something still fails.Inside the bookChapters move from maintenance philosophy and safety, through insulation diagnostics, transformers, breakers, switchgear, cables, relays, grounding, and batteries, closing with thermography and reliability management, plus appendices of correction formulas and a standards cross-reference.Who it is forField test technicians and engineers, facility and utility maintenance and reliability engineers, commissioning agents, and advanced engineering students preparing for the field, with a working knowledge of basic circuit theory, phasors, and three-phase systems. The book supplements, and does not replace, governing codes and standards, manufacturer instructions, or a qualified person's judgment; the procedures involve hazardous voltages and should be performed only by trained, authorized personnel.Add this connected, current reference to your library and start turning test results into decisions you can explain, defend, and act on with confidence. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. …

PAP. Condición: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condición: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Condición: new. Paperback. Understand vehicle dynamics from the tire contact patch to integrated chassis control. Modern Vehicle Dynamics provides a rigorous, practical treatment of the forces, models, calculations, and control methods that govern the behavior of modern road vehicles. Beginning with coordinate systems, rigid-body mechanics, and tire force generation, the book develops the engineering principles behind acceleration, braking, steering, handling, suspension, ride, load transfer, rollover, and aerodynamics. It then advances into vehicle modeling and simulation, state estimation, electronic stability control, active chassis systems, electrified powertrains, regenerative braking, torque vectoring, and integrated chassis control. Rather than treating these subjects as isolated topics, the book follows a consistent reference vehicle throughout the analysis, allowing readers to see how changes in mass, tires, suspension, aerodynamics, braking, and control strategy propagate through the behavior of the complete vehicle. Inside, readers will explore: - Tire contact mechanics, slip, force generation, combined slip, and transient behavior - Longitudinal dynamics, road loads, traction, acceleration, and energy - Braking dynamics, brake-force distribution, wheel-slip behavior, and antilock control - Steady-state and transient handling, stability, and driver response - Steering geometry, compliance, power assistance, rear steering, and steer-by-wire - Suspension kinematics, chassis load paths, wheel rates, ride, and vibration - Longitudinal and lateral load transfer, roll, pitch, wheel lift, and rollover - Aerodynamic forces, vehicle attitude, crosswinds, and active aerodynamics - Vehicle modeling, numerical simulation, parameter identification, verification, and validation - State estimation and electronic stability control - Semi-active and active suspension and roll-control systems - Electric and hybrid vehicle dynamics, regenerative limits, and brake blending - Torque vectoring, control allocation, and integrated chassis control The book combines derivations, worked examples, engineering calculations, figures, tables, review questions, numerical practice problems, and complete worked solutions, making it suitable for structured university courses as well as independent professional study. Special attention is given to model boundaries, calculation auditing, verification, and engineering application. Readers learn not only how to obtain a numerical result, but how to understand the assumptions behind a model, recognize its limitations, and determine what evidence is needed before trusting its predictions. Written for mechanical and automotive engineering students, vehicle-dynamics engineers, chassis and controls engineers, simulation engineers, and vehicle-integration professionals, Modern Vehicle Dynamics provides a connected framework for understanding classical vehicle behavior and the increasingly integrated control systems used in modern vehicles. Build the models. Trace the forces. Audit the calculations. Understand how the complete vehicle responds. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. …

Paperback. Condición: new. Paperback. HANDBOOK OF AI ENGINEERING AND AGENTIC AIBuilding an impressive AI prototype is easier than ever. Engineering an AI system that stays reliable, secure, measurable, and economical in production is a much harder problem.Handbook of AI Engineering and Agentic AI is a rigorous, engineering-first guide to building intelligent systems that move beyond promising demos and perform dependably under real-world conditions. Prompts go brittle. Retrieval misses critical evidence. Structured outputs fail validation. Agents lose state, repeat actions, or exceed intended boundaries. This handbook develops the engineering principles and practical methods needed to address those failures systematically.Inside, you will learn how to: Understand foundation-model behavior, context limits, decoding, caching, and cost trade-offs.Engineer prompts, structured outputs, and tool interfaces for dependable applications.Build retrieval-augmented systems using chunking, hybrid retrieval, reranking, and advanced retrieval architectures.Decide when retrieval, fine-tuning, or both are appropriate-and evaluate results using evidence rather than intuition.Design evaluation systems for quality, groundedness, robustness, safety, and cost.Build agentic systems that plan, use tools, maintain memory, recover from failures, and incorporate human oversight.Design multi-agent architectures in which specialized agents coordinate complex workflows.Apply security controls, guardrails, observability, and failure management to production systems.Optimize latency and cost while deploying and governing systems at scale.Agentic AI receives substantial treatment throughout the handbook. Rather than reducing agents to simple prompt loops, the book examines planning, task decomposition, memory, state management, tool use, reflection, permission boundaries, failure recovery, and coordination between specialized agents-the engineering mechanisms required for controlled autonomy.Each chapter combines learning objectives, first-principles explanations, worked examples, practice problems with worked solutions, and concise summaries, making the book suitable for structured study or professional reference.Written for AI engineers, machine-learning engineers, software engineers, architects, technical leads, and advanced computing students, the handbook assumes basic code literacy and systems thinking, not a machine-learning research background.The focus is not on temporary interfaces or short-lived tricks, but on the durable engineering principles behind intelligent systems that can be evaluated, secured, scaled, and operated with confidence. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condición: new. Paperback. A water or wastewater design is only as sound as the numbers behind it and the rule each number rests on. On a real project, questions arrive together. How much oxygen will the aeration basins need? Will the contact basin earn its disinfection credit? What happens in the wet well when the power fails? Many references answer them as isolated textbook problems, yet the population projection sets the flows, the flows size the pipes, and the solids retention time you choose sets the oxygen demand, sludge production and nitrogen removal. Designers must also separate enforceable regulatory limits from consensus criteria, typical ranges and working assumptions. When those categories blur, a design becomes hard to check and harder to defend. This book follows one town of 73,000 people through every chapter, from the first population projection to the last troubleshooting decision. It shows how hydraulics, chemistry, microbiology and process engineering become values on a design drawing, criteria in a permit application and decisions in a control room. What this book helps you do See the system as a connected whole. Flows sized in the opening chapter become the pipes, clarifiers and plant hydraulic profile of later chapters, so each design choice can be traced across processes. Know what kind of number you are using. Every value is identified as a regulatory requirement, a consensus design criterion, a typical range or an illustrative assumption, with dated citations so current status can be confirmed. Follow and verify every calculation. Nearly 300 worked examples show intermediate values and can serve as templates once site-specific data replace the illustrative values. Design hydraulic and treatment systems. Work through pumps and surge, distribution networks, sewers and lift stations, coagulation and filtration, disinfection, activated sludge, aeration and nutrient removal. Handle solids, reuse and energy. Size thickeners and digesters, evaluate biosolids, assemble reuse treatment trains with pathogen log reduction credits, and estimate biogas recovery. Connect design to operation. Troubleshooting examples for drinking water and wastewater plants point back to the design chapters that explain why a process behaves as it does. Inside the book Sixteen chapters move from demand, flow and regulation through process fundamentals, water sources, pipe flow, distribution, collection, drinking water treatment, wastewater treatment, sludge and biosolids, advanced treatment and plant operations, including membranes, softening, ion exchange, corrosion control and trace organic contaminants such as PFAS. Each chapter offers learning objectives, panels on regulatory basis, design practice, calculation checks and operator observations, and a closing design synthesis. SI units are primary, with United States customary equivalents where practice uses them. Appendices, a glossary, references and an index complete the reference. Who it is for Civil and environmental engineers who design, review or operate water supply and wastewater systems, advanced undergraduate and graduate students preparing for that work, and plant operators and managers who want the design reasoning behind their processes. The methods support, and do not replace, the judgment of a licensed professional engineer. Get your copy and start building water and wastewater designs you can trace from the first flow estimate to the final hydraulic profile, with every number and every requirement accounted for. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Paperback. Condición: new. Paperback. A transformer, breaker, or cable almost never fails out of nowhere.Insulation absorbs moisture and ages. Contacts erode. Connections loosen and heat. Gas evolves quietly in the oil long before a relay ever has to operate. The warning signs are usually there - the question is whether a maintenance program is built to catch them, and whether the reference behind it treats a substation as one connected system.Many programs still test on a fixed calendar, or wait for something to trip, treating each measurement as an isolated pass or fail rather than a point on a trend. That is harder to defend now that a documented, condition-based maintenance program has become an expectation, and it leaves gaps exactly where diagnostics have moved fastest: statistical interpretation of gas-in-oil data, low-frequency cable diagnostics succeeding older withstand tests, frequency-response analysis, and microprocessor-based protection's own testing needs. Guidance for it is usually scattered across manuals, standards documents, and single-topic books, with no consistent method connecting them.This handbook connects them. For every major class of substation and industrial power equipment, it works through the same sequence: the physics behind a test, the connection and procedure, the criteria used to judge the result, a worked calculation with realistic numbers, and the failure modes the test can and cannot detect - so a value on a report becomes a decision: accept, trend, investigate, repair, or replace.What this handbook helps you doSee results as evidence, not a checkbox. Understand the physics behind insulation resistance, power factor, partial discharge, turns ratio, timing, and contact-resistance tests.Work through realistic calculations. Every test method is paired with a worked example using field-realistic numbers, built to serve as a template.Interpret oil and gas data with confidence. Follow the statistical approach now used to read dissolved-gas trends, alongside furan analysis and moisture assessment.Test transformers, breakers, switchgear, and cables hands-on. Run turns-ratio and winding-resistance tests, contact timing and vacuum-interrupter checks, and low-frequency cable diagnostics replacing older withstand methods.Commission and test protection systems end to end. Verify relay functions with current injection, check instrument-transformer circuits, and test DC control circuits and batteries.Catch what testing alone won't tell you. Use infrared thermography, airborne ultrasound, and online monitoring between outages, and a structured troubleshooting process when something still fails.Inside the bookChapters move from maintenance philosophy and safety, through insulation diagnostics, transformers, breakers, switchgear, cables, relays, grounding, and batteries, closing with thermography and reliability management, plus appendices of correction formulas and a standards cross-reference.Who it is forField test technicians and engineers, facility and utility maintenance and reliability engineers, commissioning agents, and advanced engineering students preparing for the field, with a working knowledge of basic circuit theory, phasors, and three-phase systems. The book supplements, and does not replace, governing codes and standards, manufacturer instructions, or a qualified person's judgment; the procedures involve hazardous voltages and should be performed only by trained, authorized personnel.Add this connected, current reference to your library and start turning test results into decisions you can explain, defend, and act on with confidence. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. …