Parkhill lily (51 risultati)

Paperback. Condizione: new. Paperback. Two-Stroke Engine TechnologyEver wondered why a chainsaw and a Grand Prix race engine can share the same fundamental two-stroke architecture yet deliver dramatically different performance? Or why two engines with identical displacement can produce completely different power characteristics simply because of a few millimeters of difference in port height?Two-Stroke Engine Technology answers these questions and many more. It takes you from the fundamentals of combustion and crankcase compression to advanced port timing, scavenging theory, exhaust tuning, and complete competition-engine development.If you've ever looked inside a cylinder and wondered what all those openings actually do, or questioned why an engine pulls strongly through one part of the rev range before suddenly falling flat, this book was written for you.What You'll LearnWhy port timing influences everything from idle quality to peak horsepowerHow scavenging actually works-and why more airflow does not always mean better performanceWhat creates broad, usable power delivery versus a narrow, aggressive powerbandHow combustion-chamber geometry affects thermal efficiency, combustion quality, and detonation riskWhy premix ratio matters and how to calculate fuel-to-oil mixtures accuratelyHow exhaust-pipe geometry uses pressure waves to improve cylinder filling and engine performanceWhat causes piston seizures and how to interpret the physical evidence left behindHow modern direct-injection systems and electronic engine controls are changing two-stroke technologyThis is not a book that skims across the surface before moving on. Each chapter builds on the previous one, connecting theory with practical procedures, diagnostic workflows, measurements, and real-world case studies from motocross, karting, marine, and utility applications.You'll work through practical processes such as mapping port timing on a bench engine, tuning a carburetor from baseline settings, diagnosing abnormal combustion, analyzing piston and cylinder damage, reconstructing engine failures from physical evidence, and establishing a maintenance and documentation system that makes future troubleshooting faster and more reliable.Whether you're a hobbyist trying to understand why your engine behaves the way it does, a technician looking to strengthen your diagnostic skills, or an engine builder pursuing measurable performance improvements through disciplined, evidence-based methods, this guide is designed to take you from understanding the principles to applying them confidently.Inside, You'll Find26 in-depth chapters covering theory, practical procedures, tuning, diagnostics, and real-world applicationsClear explanations that make complex two-stroke concepts easier to understand without unnecessary jargonPractical diagnostic frameworks designed for use in the workshopCoverage ranging from handheld utility equipment to motorsport, karting, and marine enginesStep-by-step measurement and tuning proceduresEngine failure analysis and evidence-based troubleshootingPerformance-development principles for builders and techniciansA comprehensive reference section for quick consultationThe two-stroke engine may be mechanically compact, but its behavior is anything but simple. Every port, pressure wave, combustion event, clearance, and timing relationship contributes to the way an engine starts, responds, produces power, and survives under load.Once you understand those relationships, engine behavior stops being a mystery.Ready to understand what is really happening inside the engine every time you pull the cord, open the throttle, or push the engine toward its limits?</ Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Taschenbuch. Condizione: Neu. Neuware - What makes a vehicle stop safely and consistently Why can brake performance change with temperature, load, road conditions, or repeated hard braking Vehicle Braking Technology provides a practical guide to the engineering, operation, and maintenance of modern vehicle braking systems.The book begins with the fundamentals of braking, including friction, kinetic energy, heat generation, stopping distance, and hydraulic force. It then examines the major components and technologies used to convert pedal input into controlled deceleration.Inside, you'll learn about: - Brake system fundamentals, hydraulic pressure, force multiplication, and braking dynamics- Disc and drum brakes, calipers, rotors, drums, pads, shoes, and friction materials- Brake fluid, hydraulic circuits, master cylinders, boosters, and proportioning systems- ABS, traction control, and electronic stability control and how they regulate wheel behavior- Common brake problems involving noise, vibration, pulling, reduced performance, and warning lights- Practical approaches to inspection, diagnosis, pad and rotor replacement, caliper servicing, and fluid maintenance- Brake-by-wire systems and the changing architecture of modern vehicles- Regenerative braking and how braking systems operate in hybrid and electric vehicles- Emerging developments such as predictive maintenance and advanced friction materialsRather than presenting isolated definitions, this guide explains how braking components interact and why their condition directly affects vehicle performance and safety. You'll gain a clearer understanding of what happens when you press the brake pedal, how braking forces are managed, and how faults can be identified through systematic diagnosis.Whether you're a student developing automotive knowledge, a vehicle enthusiast seeking a deeper understanding of braking systems, or a technician looking to strengthen practical diagnostic skills, this book provides a structured foundation that connects engineering principles with real vehicle applications.Build a stronger understanding of the technology responsible for one of the most important functions of any vehicle: bringing it to a controlled and reliable stop.…

Taschenbuch. Condizione: Neu. Neuware - Modern Gasoline Engine SystemsEver wondered what is really happening inside your car's engine while it idles, accelerates, or struggles to start Modern Gasoline Engine Systems is a practical guide to understanding how modern spark-ignition engines work-from the four-stroke cycle and airflow to fuel injection, combustion, ignition, sensors, electronic engine control, turbocharging, diagnostics, and performance tuning.Inside, you'll learn how major engine systems work together, how to diagnose common problems such as misfires and rough idle, how preventive maintenance improves reliability, and how modern technologies such as hybrid systems and alternative fuels are shaping the future of gasoline engines.Whether you're a student, automotive enthusiast, technician, or aspiring engine builder, this book provides clear explanations and practical knowledge without unnecessary complexity.Understand your engine. Diagnose with confidence. Think like a technician.…

Taschenbuch. Condizione: Neu. Neuware - Ever wondered what actually happens between your engine and the pavement every time you hit the gas Most drivers and even many technicians can name the major drivetrain components without fully understanding how they work together, why specific designs exist, or what is happening when something starts to feel wrong. Why doesn't a CVT shift like a conventional automatic Why do some trucks perform better in mud What exactly happens inside a differential when you take a sharp turn Automotive Drivetrain and Transmission Technology answers these questions and takes you from the fundamentals of torque and gear ratios to the advanced systems found in modern vehicles.You'll learn: How power really moves - from an internal-combustion engine or electric motor through gear trains, clutches, differentials, axles, and ultimately to the wheels.Why transmissions are designed the way they are - including manual gearboxes, automatic transmissions, dual-clutch systems, and CVTs, with the engineering trade-offs behind each design.How AWD and 4WD systems differ - and why those differences matter for traction, handling, efficiency, and off-road performance.How electrification is changing drivetrains - exploring hybrid architectures, electric drive units, regenerative braking, and the future of transmission technology.How to diagnose drivetrain problems - from interpreting scan data and fluid condition to tracing vibrations, unusual noises, shifting problems, and other symptoms back to their root causes.This isn't a dry textbook or a surface-level vehicle guide. It is written for anyone who wants a genuine working understanding of drivetrain technology-whether you're a student building technical foundations, a technician improving diagnostic skills, an engineer seeking a practical reference, or an automotive enthusiast who wants to understand what is really happening beneath the vehicle.Each chapter builds naturally on the previous one while remaining useful as a standalone reference. Clear explanations, practical examples, diagnostic reasoning, and the engineering principles behind each system help you understand not only what a component does, but why it works that way.No unnecessary filler. No confusing jargon for its own sake. Just practical knowledge designed to help you understand, diagnose, and appreciate the systems that transfer power from the vehicle to the road.Ready to stop guessing and start understanding what happens beneath your vehicle This book gets you there. …

Taschenbuch. Condizione: Neu. Neuware - Ever looked at a hydraulic schematic and felt like it was written in another language Fluid Power and Hydraulic Technology is designed to make hydraulic systems easier to understand, from basic principles to real-world applications.This practical guide explains how hydraulic systems work, including the relationship between pressure, force, flow, and mechanical power. Whether you're a student, technician, engineer, or maintenance professional, it provides a clear foundation for understanding and working with fluid power systems.Inside, you'll learn: - The principles of hydraulic pressure, force, flow, power, and energy- How gear, vane, and piston pumps work and where they are used- The functions of directional, pressure, and flow control valves- Hydraulic cylinders and motors, including force, torque, speed, seals, and cushioning- Hydraulic circuits and how components work together as a complete system- Electrohydraulic systems, sensors, controls, and digital monitoring- Applications in construction, agriculture, manufacturing, marine, aerospace, and renewable energy- Maintenance, safety practices, fault diagnosis, and troubleshooting methods- Useful reference material covering hydraulic terminology, schematic symbols, and unit conversionsRather than focusing only on definitions, this book explains the reasoning behind hydraulic system design and operation. You'll explore why different pumps and valves are selected for specific applications, how components affect system performance, what causes common failures, and how hydraulic problems can be approached systematically.Written to balance technical depth with clear explanations, this guide helps bridge the gap between classroom theory and practical equipment. It is useful for developing the knowledge needed to read hydraulic circuits, understand component behavior, evaluate system performance, and approach maintenance and troubleshooting with greater confidence.If you want to build a solid understanding of fluid power and learn how hydraulic components work together in real systems, Fluid Power and Hydraulic Technology provides a practical starting point.…

Taschenbuch. Condizione: Neu. Neuware - Ever wondered how a diesel engine can pull a fully loaded trailer up a steep mountain grade while delivering impressive fuel efficiency Or why modern diesel engines are quieter, cleaner, and more sophisticated than those built decades ago Diesel Engine Engineering Fundamentals takes you inside the compression-ignition engine and explains how its major systems work together, from combustion and fuel injection to turbocharging, emissions control, sensors, and electronic engine management.Written for students, technicians, engineers, fleet professionals, and technically curious readers, this book builds your understanding step by step without assuming advanced prior knowledge.Inside, you'll learn: - Diesel combustion: Understand the four-stroke cycle, ignition, combustion phases, heat release, and the factors that influence engine performance.- Fuel injection systems: Explore common rail systems, injection pressure, timing, injectors, and multiple injection events used in modern diesel engines.- Turbocharging: Learn how turbochargers improve power and efficiency, including variable geometry and advanced turbocharging technologies.- Emissions control: Understand the purpose and operation of EGR, DPF, SCR, diesel oxidation catalysts, and related systems.- Engine management: Discover how sensors, electronic control units, actuators, and software work together to monitor and control engine operation.- Diagnosis and troubleshooting: Apply structured diagnostic methods to identify root causes instead of replacing parts based on guesswork.- Engine performance and maintenance: Learn how operating conditions, lubrication, cooling, fuel quality, and maintenance practices affect reliability and service life.- Future diesel technology: Examine hybrid powertrains, alternative fuels, electrification, and the changing requirements shaping diesel engine development.Whether you're studying diesel engineering, developing practical diagnostic skills, managing a fleet, working with heavy equipment, or simply want to understand what happens inside a diesel engine, this book provides a structured foundation you can build on.Twenty-five chapters. Practical engineering knowledge. A clearer understanding of how diesel engines work.Start building your understanding of diesel engine technology today.…

Taschenbuch. Condizione: Neu. Neuware - Ever had a mower die on you the morning you finally had time to cut the grass Or a generator refuse to start on the exact night the power goes out If you've ever stood over a stalled engine wondering whether the problem is fuel, spark, compression, or something else entirely, The Small Engine Repair Handbook was written for you. It replaces guesswork with a clear, step-by-step approach to understanding, diagnosing, and repairing small engines.From lawn mowers and generators to chainsaws, trimmers, blowers, pressure washers, and snow blowers, this handbook explains how these engines work, why they fail, and how to identify the real cause of common problems before replacing parts unnecessarily.Inside, you'll learn how to: - Diagnose no-start, rough-running, and stalling problems systematically- Clean, rebuild, and adjust carburetors correctly- Test spark plugs, ignition systems, and charging circuits- Use compression and leak-down tests to identify internal problems- Understand ethanol fuel damage and proper fuel storage- Service starting systems, belts, gearboxes, and cooling systems- Prepare equipment for storage and reliable seasonal starting- Determine when repairing equipment is practical and when replacement makes more senseWhether your mower won't stay running, your generator runs but produces no power, your chainsaw bogs down under load, or your snow blower refuses to start, you'll learn a practical process for finding the cause and choosing the right repair.This handbook focuses on building real diagnostic skills rather than simply providing quick fixes. Each topic helps you understand what to check, why it matters, and how to work through problems with greater confidence.If you're tired of unnecessary repair bills or want to become more capable with the equipment you depend on, The Small Engine Repair Handbook gives you the practical knowledge to get started.Stop guessing. Start diagnosing. Get your copy today.…

Paperback. Condizione: new. Paperback. Two-Stroke Engine TechnologyEver wondered why a chainsaw and a Grand Prix race engine can share the same fundamental two-stroke architecture yet deliver dramatically different performance? Or why two engines with identical displacement can produce completely different power characteristics simply because of a few millimeters of difference in port height?Two-Stroke Engine Technology answers these questions and many more. It takes you from the fundamentals of combustion and crankcase compression to advanced port timing, scavenging theory, exhaust tuning, and complete competition-engine development.If you've ever looked inside a cylinder and wondered what all those openings actually do, or questioned why an engine pulls strongly through one part of the rev range before suddenly falling flat, this book was written for you.What You'll LearnWhy port timing influences everything from idle quality to peak horsepowerHow scavenging actually works-and why more airflow does not always mean better performanceWhat creates broad, usable power delivery versus a narrow, aggressive powerbandHow combustion-chamber geometry affects thermal efficiency, combustion quality, and detonation riskWhy premix ratio matters and how to calculate fuel-to-oil mixtures accuratelyHow exhaust-pipe geometry uses pressure waves to improve cylinder filling and engine performanceWhat causes piston seizures and how to interpret the physical evidence left behindHow modern direct-injection systems and electronic engine controls are changing two-stroke technologyThis is not a book that skims across the surface before moving on. Each chapter builds on the previous one, connecting theory with practical procedures, diagnostic workflows, measurements, and real-world case studies from motocross, karting, marine, and utility applications.You'll work through practical processes such as mapping port timing on a bench engine, tuning a carburetor from baseline settings, diagnosing abnormal combustion, analyzing piston and cylinder damage, reconstructing engine failures from physical evidence, and establishing a maintenance and documentation system that makes future troubleshooting faster and more reliable.Whether you're a hobbyist trying to understand why your engine behaves the way it does, a technician looking to strengthen your diagnostic skills, or an engine builder pursuing measurable performance improvements through disciplined, evidence-based methods, this guide is designed to take you from understanding the principles to applying them confidently.Inside, You'll Find26 in-depth chapters covering theory, practical procedures, tuning, diagnostics, and real-world applicationsClear explanations that make complex two-stroke concepts easier to understand without unnecessary jargonPractical diagnostic frameworks designed for use in the workshopCoverage ranging from handheld utility equipment to motorsport, karting, and marine enginesStep-by-step measurement and tuning proceduresEngine failure analysis and evidence-based troubleshootingPerformance-development principles for builders and techniciansA comprehensive reference section for quick consultationThe two-stroke engine may be mechanically compact, but its behavior is anything but simple. Every port, pressure wave, combustion event, clearance, and timing relationship contributes to the way an engine starts, responds, produces power, and survives under load.Once you understand those relationships, engine behavior stops being a mystery.Ready to understand what is really happening inside the engine every time you pull the cord, open the throttle, or push the engine toward its Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Taschenbuch. Condizione: Neu. Neuware.

Taschenbuch. Condizione: Neu. Neuware - Does your mower stall halfway through the yard, and you have no idea why Have you ever looked at a carburetor, governor spring, or wiring harness and wondered what you were actually looking at Small engines power more of everyday life than most people realize from lawn mowers and tillers to generators, pressure washers, chainsaws, and trimmers. Yet the knowledge needed to properly understand, diagnose, and repair them is often scattered across outdated manuals and conflicting advice.This book brings that knowledge together in one comprehensive, practical resource designed to help you move beyond guesswork and truly understand how small engines work.What will you learn - How combustion, compression, fuel, and airflow work together and how failures affect engine performance- The key differences between two-stroke and four-stroke engines- How to understand and diagnose carburetion, ignition, governor, starting, and electrical systems- A systematic diagnostic process for identifying root causes instead of merely treating symptoms- Engine rebuilding procedures, including inspection, wear measurement, assembly, and torque specifications- Modern fuel systems and the role of electronic fuel injection in small-engine technology- Application-specific principles for lawn equipment, generators, pumps, compressors, and other machinery- Preventive maintenance strategies designed to reduce failures and extend engine lifeRather than oversimplifying technical concepts, this book treats you as someone capable of developing real mechanical understanding. Each chapter builds progressively, taking you from fundamental engine principles through complete system operation, advanced diagnostics, rebuilding procedures, maintenance, and practical repair applications.Who is this book for Whether you're a homeowner tired of paying for repairs you could learn to understand, a hobbyist seeking genuine technical knowledge, or an aspiring technician building a career in outdoor power equipment repair, this book is designed to meet you at your current level and take your skills further.Real-world diagnostic scenarios throughout the book demonstrate how experienced technicians approach complex, multi-system failures helping you understand not only the solution, but the reasoning behind it.Isn't it time you truly understood the machine in your garage instead of simply hoping it starts Comprehensive, technically rigorous, and genuinely practical, this is a resource built to be read, applied, and referenced for years to come.…

Taschenbuch. Condizione: Neu. Neuware - Have you ever wondered what happens inside an engine in the fraction of a second between ignition and the power stroke What separates an engine that simply operates from one engineered to deliver dependable performance for decades under demanding conditions Inside the Modern Engine answers these questions with the depth of an engineering reference and the clarity of a well-structured course. Whether you are a mechanical engineering student, technician, automotive enthusiast, or aspiring powertrain engineer, this book explains the major systems that make internal combustion engines work-and the engineering decisions behind them.Why does compression ratio have practical limits What causes knock and pre-ignition How does a turbocharger recover energy from exhaust gases Why have multivalve cylinder heads and variable valve timing become common in modern engines Inside, you will explore: Engine architecture and structure - cylinder configurations, engine blocks, cylinder heads, pistons, connecting rods, and crankshaft assemblies.Thermodynamics and combustion - Otto and Diesel cycles, combustion behavior, flame propagation, knock, pre-ignition, and ignition timing.Fuel and air systems - port and direct injection, common-rail diesel systems, intake design, turbocharging, and supercharging.Essential support systems - lubrication, tribology, cooling, exhaust flow, emissions control, and electronic engine management.Performance and durability - dynamometer testing, torque and power characteristics, manufacturing precision, failure diagnosis, and the balance between performance and long-term reliability.The future of engine technology - hybrid powertrains, advanced combustion strategies, alternative fuels, and the continuing evolution of combustion engines.Each chapter builds from fundamental mechanical principles to the thermal and electronic interactions that define modern engine performance. Practical formulas, engineering examples, and clear discussions of design trade-offs help connect theory with real applications.If you want one well-organized resource that brings together the mechanical, thermal, fluid, and electronic aspects of engine engineering, Inside the Modern Engine provides the foundation you need.Ready to understand what is really happening under the hood Turn the page and begin.…

Paperback. Condizione: new. Paperback. Modern Gasoline Engine SystemsEver wondered what is really happening inside your car's engine while it idles, accelerates, or struggles to start?Modern Gasoline Engine Systems is a practical guide to understanding how modern spark-ignition engines work-from the four-stroke cycle and airflow to fuel injection, combustion, ignition, sensors, electronic engine control, turbocharging, diagnostics, and performance tuning.Inside, you'll learn how major engine systems work together, how to diagnose common problems such as misfires and rough idle, how preventive maintenance improves reliability, and how modern technologies such as hybrid systems and alternative fuels are shaping the future of gasoline engines.Whether you're a student, automotive enthusiast, technician, or aspiring engine builder, this book provides clear explanations and practical knowledge without unnecessary complexity.Understand your engine. Diagnose with confidence. Think like a technician. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Paperback. Condizione: new. Paperback. Ever wondered what actually happens between your engine and the pavement every time you hit the gas?Most drivers and even many technicians can name the major drivetrain components without fully understanding how they work together, why specific designs exist, or what is happening when something starts to feel wrong. Why doesn't a CVT shift like a conventional automatic? Why do some trucks perform better in mud? What exactly happens inside a differential when you take a sharp turn?Automotive Drivetrain and Transmission Technology answers these questions and takes you from the fundamentals of torque and gear ratios to the advanced systems found in modern vehicles.You'll learn: How power really moves - from an internal-combustion engine or electric motor through gear trains, clutches, differentials, axles, and ultimately to the wheels.Why transmissions are designed the way they are - including manual gearboxes, automatic transmissions, dual-clutch systems, and CVTs, with the engineering trade-offs behind each design.How AWD and 4WD systems differ - and why those differences matter for traction, handling, efficiency, and off-road performance.How electrification is changing drivetrains - exploring hybrid architectures, electric drive units, regenerative braking, and the future of transmission technology.How to diagnose drivetrain problems - from interpreting scan data and fluid condition to tracing vibrations, unusual noises, shifting problems, and other symptoms back to their root causes.This isn't a dry textbook or a surface-level vehicle guide. It is written for anyone who wants a genuine working understanding of drivetrain technology-whether you're a student building technical foundations, a technician improving diagnostic skills, an engineer seeking a practical reference, or an automotive enthusiast who wants to understand what is really happening beneath the vehicle.Each chapter builds naturally on the previous one while remaining useful as a standalone reference. Clear explanations, practical examples, diagnostic reasoning, and the engineering principles behind each system help you understand not only what a component does, but why it works that way.No unnecessary filler. No confusing jargon for its own sake. Just practical knowledge designed to help you understand, diagnose, and appreciate the systems that transfer power from the vehicle to the road.Ready to stop guessing and start understanding what happens beneath your vehicle? This book gets you there. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. …

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

Paperback. Condizione: new. Paperback. What makes a vehicle stop safely and consistently? Why can brake performance change with temperature, load, road conditions, or repeated hard braking? Vehicle Braking Technology provides a practical guide to the engineering, operation, and maintenance of modern vehicle braking systems.The book begins with the fundamentals of braking, including friction, kinetic energy, heat generation, stopping distance, and hydraulic force. It then examines the major components and technologies used to convert pedal input into controlled deceleration.Inside, you'll learn about: Brake system fundamentals, hydraulic pressure, force multiplication, and braking dynamicsDisc and drum brakes, calipers, rotors, drums, pads, shoes, and friction materialsBrake fluid, hydraulic circuits, master cylinders, boosters, and proportioning systemsABS, traction control, and electronic stability control and how they regulate wheel behaviorCommon brake problems involving noise, vibration, pulling, reduced performance, and warning lightsPractical approaches to inspection, diagnosis, pad and rotor replacement, caliper servicing, and fluid maintenanceBrake-by-wire systems and the changing architecture of modern vehiclesRegenerative braking and how braking systems operate in hybrid and electric vehiclesEmerging developments such as predictive maintenance and advanced friction materialsRather than presenting isolated definitions, this guide explains how braking components interact and why their condition directly affects vehicle performance and safety. You'll gain a clearer understanding of what happens when you press the brake pedal, how braking forces are managed, and how faults can be identified through systematic diagnosis.Whether you're a student developing automotive knowledge, a vehicle enthusiast seeking a deeper understanding of braking systems, or a technician looking to strengthen practical diagnostic skills, this book provides a structured foundation that connects engineering principles with real vehicle applications.Build a stronger understanding of the technology responsible for one of the most important functions of any vehicle: bringing it to a controlled and reliable stop. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

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

Condizione: New. Print on Demand.

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

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

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

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

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

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

Condizione: New. Print on Demand.

Condizione: New. Print on Demand.

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