Marcus r whitfield (23 resultados)

Taschenbuch. Condición: Neu. Neuware - You know what Redis does. You know what Kafka does. So why does your mind go blank the moment someone says 'design Twitter' Here's the uncomfortable truth: knowing tools isn't the same as knowing how to design systems. Most engineers can write excellent code and still freeze when asked to reason through trade-offs on a whiteboard, whether that's in a system design interview or during a 2 a.m. production incident.System Design Blueprint closes that gap.This isn't a glossary of buzzwords or a list of technologies to memorize. It's a complete, repeatable framework for approaching any system design problem, built around The System Design Matrix, a four-step process for turning a vague prompt into a defensible, production-grade architecture in under 45 minutes.Inside, you'll learn how to: - Bound an ambiguous problem using functional and non-functional requirements, then back it up with real back-of-the-envelope math- Scale a data layer using sharding, replication, and consistent hashing, and know exactly why each choice was made- Design caching strategies that survive cache stampedes, thundering herds, and the 'celebrity problem'- Choose the right communication protocol (gRPC, WebSockets, Kafka, RabbitMQ) for the job, instead of defaulting to REST out of habit- Walk through four complete, real-world system designs: a payment gateway, a collaborative document editor, a video streaming platform, and a distributed ad-click aggregator- Harden a system for production with circuit breakers, bulkheads, graceful degradation, and chaos engineering- Build the observability stack (metrics, logs, and traces) that lets you actually find the problem when something breaksEvery chapter follows the same rhythm: bound the problem, design the architecture, go deep on the hardest trade-off, and close with a checklist you can use to audit your own designs.Whether you're preparing for a system design interview, stepping into a staff or architect role, or simply tired of guessing your way through design reviews, this book gives you the vocabulary and the reasoning to defend your decisions with confidence.Stop memorizing answers. Start understanding trade-offs.…

Paperback. Condición: new. Paperback. HOW DO YOU CONNECT AN ORDINARY SMARTPHONE TO A SATELLITE HUNDREDS OF KILOMETRES ABOVE EARTH-AND MAKE THE LINK ACTUALLY WORK?A smartphone was never designed to communicate directly with a spacecraft travelling at orbital velocity. Yet direct-to-device satellite connectivity is turning that seemingly impossible link into a practical communications architecture.The challenge is not simply putting a cellular radio in space. It is closing the link-despite limited handset power, small antennas, extreme Doppler, long propagation paths, fading, interference, spectrum constraints, and rapidly changing orbital geometry.Direct-to-Device Satellite Communications Handbook takes you through the complete engineering chain, from orbit and link budget to RF payload, waveform, NTN protocols, network architecture, verification, deployment, and constellation economics.WHAT YOU WILL LEARNOrbital mechanics, coverage geometry, slant range, elevation, and pass durationComplete forward- and return-link budget methodologyPropagation loss, fading, shadowing, multipath, and handset body effectsSpacecraft apertures, phased arrays, beamforming, EIRP, G/T, and RF front endsSpectrum licensing, supplemental coverage, PFD limits, and coexistence3GPP Non-Terrestrial Network architecture and protocol adaptationDoppler shift, Doppler rate, propagation delay, timing, and frequency compensationRandom access, mobility, handover, tracking areas, and beam managementWaveforms, coding, repetition, link adaptation, and low-SNR operationCapacity planning, interference management, frequency reuse, and beam hoppingGateways, feeder links, rain attenuation, site diversity, and ground infrastructureTransparent and regenerative payload architecturesMessaging, emergency communications, narrowband voice, IoT, and store-and-forward servicesChannel emulation, satellite emulation, OTA testing, and field validationSecurity, authentication, privacy, GNSS dependency, spoofing, and threat modellingPositioning, timing, ranging, and delay-tolerant networkingMaritime, aviation, vehicular, wearable, and machine-type terminalsConstellation deployment, lifetime, replenishment, reliability, and economicsComplete reference architectures, worked examples, design worksheets, and problem setsFROM ORBIT TO HANDSETThe central engineering reality is simple: THE HANDSET IS THE CONSTRAINED ELEMENT.Its limited transmit power, antenna gain, orientation, blockage, and operating environment place demanding requirements on the spacecraft, waveform, protocol, spectrum plan, and constellation.This handbook develops that relationship quantitatively-showing how orbital geometry becomes a link budget, how the link budget drives payload and waveform decisions, how those decisions affect capacity and interference, and how the resulting architecture must ultimately be verified and deployed.BUILT FOR ENGINEERSDesigned for RF, wireless, telecommunications, satellite, aerospace, 5G/6G, NTN, antenna, payload, modem, chipset, and systems engineers-as well as researchers, graduate students, network architects, satellite operators, and technical programme teams.Prior satellite experience is helpful, but not required. A foundation in electromagnetics, digital communications, and probability is sufficient to follow the engineering chain.DON'T JUST STUDY WHAT DIRECT-TO-DEVICE SATELLITE CONNECTIVITY PROMISES.UNDERSTAND THE ENGINEERING THAT MAKES IT WORK.S Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Condición: new. Paperback. You know what Redis does. You know what Kafka does. So why does your mind go blank the moment someone says "design Twitter"?Here's the uncomfortable truth: knowing tools isn't the same as knowing how to design systems. Most engineers can write excellent code and still freeze when asked to reason through trade-offs on a whiteboard, whether that's in a system design interview or during a 2 a.m. production incident.System Design Blueprint closes that gap.This isn't a glossary of buzzwords or a list of technologies to memorize. It's a complete, repeatable framework for approaching any system design problem, built around The System Design Matrix, a four-step process for turning a vague prompt into a defensible, production-grade architecture in under 45 minutes.Inside, you'll learn how to: Bound an ambiguous problem using functional and non-functional requirements, then back it up with real back-of-the-envelope mathScale a data layer using sharding, replication, and consistent hashing, and know exactly why each choice was madeDesign caching strategies that survive cache stampedes, thundering herds, and the "celebrity problem"Choose the right communication protocol (gRPC, WebSockets, Kafka, RabbitMQ) for the job, instead of defaulting to REST out of habitWalk through four complete, real-world system designs: a payment gateway, a collaborative document editor, a video streaming platform, and a distributed ad-click aggregatorHarden a system for production with circuit breakers, bulkheads, graceful degradation, and chaos engineeringBuild the observability stack (metrics, logs, and traces) that lets you actually find the problem when something breaksEvery chapter follows the same rhythm: bound the problem, design the architecture, go deep on the hardest trade-off, and close with a checklist you can use to audit your own designs.Whether you're preparing for a system design interview, stepping into a staff or architect role, or simply tired of guessing your way through design reviews, this book gives you the vocabulary and the reasoning to defend your decisions with confidence.Stop memorizing answers. Start understanding trade-offs. 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.

Taschenbuch. Condición: Neu. Neuware - ONE WRONG MOVE ON AN ENERGIZED LINE CAN END A CAREER OR A LIFE. ARE YOU TRULY READY FOR WHAT THE JOB DEMANDS Line work sits at a brutal intersection: deep electrical engineering theory on one side, split second field judgment on the other. Most training resources force you to choose between a dense textbook that never touches a bucket truck and a field manual that hands you procedures without ever explaining the 'why' behind them. That gap gets apprentices hurt, slows down journeyman development, and leaves even experienced crews second guessing calculations they should know cold.The Lineman's Field Handbook closes that gap for good. This complete reference builds your knowledge the way the trade actually demands it, starting with circuit theory and system fundamentals, moving through the regulatory framework that governs every energized task (NESC, OSHA 1910.269, 29 CFR 1926 Subpart V), and advancing into the hands on craft: PPE and arc flash protection, grounding and bonding, poles and structures, conductors, overhead and underground construction, transformers, protective devices, energized work methods, rigging and aerial equipment, substation fundamentals, systematic troubleshooting, and storm restoration.Every chapter opens with clear learning objectives, works through fully explained calculations, not just final answers, and closes with practice problems and a complete answer key, built for apprenticeship exam prep, on the job reference, and self paced mastery alike.Inside, you'll gain the ability to: - Calculate voltage drop, fault current, and grounding resistance with confidence instead of guesswork- Navigate NESC and OSHA requirements without getting buried in cross references- Select and inspect PPE and rubber goods correctly, every single time- Apply grounding sequences that actually protect you, not just satisfy a checklist- Read single line diagrams and utility circuit maps like a seasoned crew lead- Troubleshoot systematically instead of chasing symptoms- Walk into a storm restoration assignment prepared, not overwhelmedThis handbook was built for: - Apprentice linemen preparing for certification and journeyman exams- Journeyman linemen who want a single, trustworthy field reference- Line crew supervisors and foremen training the next generation- Utility safety officers and trainers building internal curriculum- Electrical engineering students entering distribution side careers- Anyone who needs distribution line theory and field procedure in one authoritative sourceCodes change. Storms don't wait. Your reference material should never be the weak link.Scroll up and grab your copy of The Lineman's Field Handbook today. The trade doesn't give second chances, and neither should your prep.…

Paperback. Condición: new. Paperback. HOW DO YOU CONNECT AN ORDINARY SMARTPHONE TO A SATELLITE HUNDREDS OF KILOMETRES ABOVE EARTH-AND MAKE THE LINK ACTUALLY WORK?A smartphone was never designed to communicate directly with a spacecraft travelling at orbital velocity. Yet direct-to-device satellite connectivity is turning that seemingly impossible link into a practical communications architecture.The challenge is not simply putting a cellular radio in space. It is closing the link-despite limited handset power, small antennas, extreme Doppler, long propagation paths, fading, interference, spectrum constraints, and rapidly changing orbital geometry.Direct-to-Device Satellite Communications Handbook takes you through the complete engineering chain, from orbit and link budget to RF payload, waveform, NTN protocols, network architecture, verification, deployment, and constellation economics.WHAT YOU WILL LEARNOrbital mechanics, coverage geometry, slant range, elevation, and pass durationComplete forward- and return-link budget methodologyPropagation loss, fading, shadowing, multipath, and handset body effectsSpacecraft apertures, phased arrays, beamforming, EIRP, G/T, and RF front endsSpectrum licensing, supplemental coverage, PFD limits, and coexistence3GPP Non-Terrestrial Network architecture and protocol adaptationDoppler shift, Doppler rate, propagation delay, timing, and frequency compensationRandom access, mobility, handover, tracking areas, and beam managementWaveforms, coding, repetition, link adaptation, and low-SNR operationCapacity planning, interference management, frequency reuse, and beam hoppingGateways, feeder links, rain attenuation, site diversity, and ground infrastructureTransparent and regenerative payload architecturesMessaging, emergency communications, narrowband voice, IoT, and store-and-forward servicesChannel emulation, satellite emulation, OTA testing, and field validationSecurity, authentication, privacy, GNSS dependency, spoofing, and threat modellingPositioning, timing, ranging, and delay-tolerant networkingMaritime, aviation, vehicular, wearable, and machine-type terminalsConstellation deployment, lifetime, replenishment, reliability, and economicsComplete reference architectures, worked examples, design worksheets, and problem setsFROM ORBIT TO HANDSETThe central engineering reality is simple: THE HANDSET IS THE CONSTRAINED ELEMENT.Its limited transmit power, antenna gain, orientation, blockage, and operating environment place demanding requirements on the spacecraft, waveform, protocol, spectrum plan, and constellation.This handbook develops that relationship quantitatively-showing how orbital geometry becomes a link budget, how the link budget drives payload and waveform decisions, how those decisions affect capacity and interference, and how the resulting architecture must ultimately be verified and deployed.BUILT FOR ENGINEERSDesigned for RF, wireless, telecommunications, satellite, aerospace, 5G/6G, NTN, antenna, payload, modem, chipset, and systems engineers-as well as researchers, graduate students, network architects, satellite operators, and technical programme teams.Prior satellite experience is helpful, but not required. A foundation in electromagnetics, digital communications, and probability is sufficient to follow the engineering chain.DON'T JUST STUDY WHAT DIRECT-TO-DEVICE SATELLITE CONNECTIVITY PROMISES.UNDERSTAND THE ENGINEERING THAT MAKES IT WORK.</ Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Condición: New. Print on Demand.

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.

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware.

Taschenbuch. Condición: Neu. Neuware - Vous ouvrez Tinkercad. Il y a une grille bleue, une étagère de formes, et un curseur qui clignote au milieu de nulle part. Vingt minutes plus tard, votre cylindre refuse toujours de s'aligner où vous le souhaitez, vous avez accidentellement supprimé un groupe de six objets, et vous voilà de retour sur YouTube à chercher la vidéo qui explique enfin ce que signifie plan de travail .C'est exactement le vide que ce livre vient combler.La plupart des guides Tinkercad couvrent les cinq mêmes choses: créer un compte, glisser une forme, exporter un fichier STL. Ils s'arrêtent précisément là où commencent les vraies questions: pourquoi votre alignement échoue sans cesse, quel réglage de grille magnétique est en train de fausser discrètement vos mesures, ou pourquoi un modèle qui semblait parfait à l'écran ressort déformé du plateau d'impression. Ce livre prend le relais à cet endroit précis.Tinkercad, au-delà des bases parcourt le logiciel comme vous l'utiliseriez réellement: en commençant par l'espace de travail et les outils, puis en abordant les menus de réglages que la plupart des tutoriels ignorent, trois projets guidés complets (un porte-clés, un support de téléphone et une pièce mécanique fonctionnelle), et une section de dépannage entièrement construite autour des erreurs sur lesquelles les gens restent réellement bloqués, pas celles qui font un joli chapitre.À l'intérieur, vous trouverez: - Une visite de l'interface qui explique réellement ce que fait chaque panneau et pourquoi, pas seulement où il se trouve- Les réglages de grille magnétique, de plan de travail et de mesure qui influencent discrètement chacune de vos créations- Trois projets complets étape par étape, dont la difficulté augmente avec vos compétences- Un tour d'horizon complet des outils d'électronique et de circuits, ainsi que les bases d'Arduino et des blocs de code- Un chapitre de dépannage construit autour des erreurs les plus fréquentes chez les débutants: désalignement, erreurs d'échelle, problèmes de groupement, fichiers trop lents- Une section de référence visuelle et une fiche de raccourcis imprimable à garder près de votre clavier- Une liste de raccourcis clavier, un tableau de conversion des mesures, un guide des formats de fichiers et un glossaire en fin d'ouvrage pour toute réponse rapideVous n'avez besoin d'aucune expérience en conception, et vous n'avez rien à acheter. Tinkercad est gratuit, et tout ce que contient ce livre fonctionne, que vous soyez étudiant, enseignant préparant un plan de cours, parent réalisant des projets avec vos enfants, ou simplement quelqu'un qui veut enfin imprimer en 3D un objet qui s'assemble comme il le doit.Si vous avez déjà essayé Tinkercad et que vous vous êtes heurté à un mur, ou si vous partez de zéro et cherchez un guide qui ne s'arrête pas aux notions faciles, voici le livre qui vous mène jusqu'au bout.…

Paperback. Condición: new. Paperback. Vous ouvrez Tinkercad. Il y a une grille bleue, une etagere de formes, et un curseur qui clignote au milieu de nulle part. Vingt minutes plus tard, votre cylindre refuse toujours de s'aligner ou vous le souhaitez, vous avez accidentellement supprime un groupe de six objets, et vous voila de retour sur YouTube a chercher la video qui explique enfin ce que signifie plan de travail .C'est exactement le vide que ce livre vient combler.La plupart des guides Tinkercad couvrent les cinq memes choses: creer un compte, glisser une forme, exporter un fichier STL. Ils s'arretent precisement la ou commencent les vraies questions: pourquoi votre alignement echoue sans cesse, quel reglage de grille magnetique est en train de fausser discretement vos mesures, ou pourquoi un modele qui semblait parfait a l'ecran ressort deforme du plateau d'impression. Ce livre prend le relais a cet endroit precis.Tinkercad, au-dela des bases parcourt le logiciel comme vous l'utiliseriez reellement: en commencant par l'espace de travail et les outils, puis en abordant les menus de reglages que la plupart des tutoriels ignorent, trois projets guides complets (un porte-cles, un support de telephone et une piece mecanique fonctionnelle), et une section de depannage entierement construite autour des erreurs sur lesquelles les gens restent reellement bloques, pas celles qui font un joli chapitre.A l'interieur, vous trouverez: Une visite de l'interface qui explique reellement ce que fait chaque panneau et pourquoi, pas seulement ou il se trouveLes reglages de grille magnetique, de plan de travail et de mesure qui influencent discretement chacune de vos creationsTrois projets complets etape par etape, dont la difficulte augmente avec vos competencesUn tour d'horizon complet des outils d'electronique et de circuits, ainsi que les bases d'Arduino et des blocs de codeUn chapitre de depannage construit autour des erreurs les plus frequentes chez les debutants: desalignement, erreurs d'echelle, problemes de groupement, fichiers trop lentsUne section de reference visuelle et une fiche de raccourcis imprimable a garder pres de votre clavierUne liste de raccourcis clavier, un tableau de conversion des mesures, un guide des formats de fichiers et un glossaire en fin d'ouvrage pour toute reponse rapideVous n'avez besoin d'aucune experience en conception, et vous n'avez rien a acheter. Tinkercad est gratuit, et tout ce que contient ce livre fonctionne, que vous soyez etudiant, enseignant preparant un plan de cours, parent realisant des projets avec vos enfants, ou simplement quelqu'un qui veut enfin imprimer en 3D un objet qui s'assemble comme il le doit.Si vous avez deja essaye Tinkercad et que vous vous etes heurte a un mur, ou si vous partez de zero et cherchez un guide qui ne s'arrete pas aux notions faciles, voici le livre qui vous mene jusqu'au bout. 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.

Condición: New. Print on Demand.

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. ONE WRONG MOVE ON AN ENERGIZED LINE CAN END A CAREER OR A LIFE. ARE YOU TRULY READY FOR WHAT THE JOB DEMANDS?Line work sits at a brutal intersection: deep electrical engineering theory on one side, split second field judgment on the other. Most training resources force you to choose between a dense textbook that never touches a bucket truck and a field manual that hands you procedures without ever explaining the "why" behind them. That gap gets apprentices hurt, slows down journeyman development, and leaves even experienced crews second guessing calculations they should know cold.The Lineman's Field Handbook closes that gap for good. This complete reference builds your knowledge the way the trade actually demands it, starting with circuit theory and system fundamentals, moving through the regulatory framework that governs every energized task (NESC, OSHA 1910.269, 29 CFR 1926 Subpart V), and advancing into the hands on craft: PPE and arc flash protection, grounding and bonding, poles and structures, conductors, overhead and underground construction, transformers, protective devices, energized work methods, rigging and aerial equipment, substation fundamentals, systematic troubleshooting, and storm restoration.Every chapter opens with clear learning objectives, works through fully explained calculations, not just final answers, and closes with practice problems and a complete answer key, built for apprenticeship exam prep, on the job reference, and self paced mastery alike.Inside, you'll gain the ability to: Calculate voltage drop, fault current, and grounding resistance with confidence instead of guessworkNavigate NESC and OSHA requirements without getting buried in cross referencesSelect and inspect PPE and rubber goods correctly, every single timeApply grounding sequences that actually protect you, not just satisfy a checklistRead single line diagrams and utility circuit maps like a seasoned crew leadTroubleshoot systematically instead of chasing symptomsWalk into a storm restoration assignment prepared, not overwhelmedThis handbook was built for: Apprentice linemen preparing for certification and journeyman examsJourneyman linemen who want a single, trustworthy field referenceLine crew supervisors and foremen training the next generationUtility safety officers and trainers building internal curriculumElectrical engineering students entering distribution side careersAnyone who needs distribution line theory and field procedure in one authoritative sourceCodes change. Storms don't wait. Your reference material should never be the weak link.Scroll up and grab your copy of The Lineman's Field Handbook today. The trade doesn't give second chances, and neither should your prep. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condición: New. Print on Demand.

Paperback. Condición: new. Paperback. You know what Redis does. You know what Kafka does. So why does your mind go blank the moment someone says "design Twitter"?Here's the uncomfortable truth: knowing tools isn't the same as knowing how to design systems. Most engineers can write excellent code and still freeze when asked to reason through trade-offs on a whiteboard, whether that's in a system design interview or during a 2 a.m. production incident.System Design Blueprint closes that gap.This isn't a glossary of buzzwords or a list of technologies to memorize. It's a complete, repeatable framework for approaching any system design problem, built around The System Design Matrix, a four-step process for turning a vague prompt into a defensible, production-grade architecture in under 45 minutes.Inside, you'll learn how to: Bound an ambiguous problem using functional and non-functional requirements, then back it up with real back-of-the-envelope mathScale a data layer using sharding, replication, and consistent hashing, and know exactly why each choice was madeDesign caching strategies that survive cache stampedes, thundering herds, and the "celebrity problem"Choose the right communication protocol (gRPC, WebSockets, Kafka, RabbitMQ) for the job, instead of defaulting to REST out of habitWalk through four complete, real-world system designs: a payment gateway, a collaborative document editor, a video streaming platform, and a distributed ad-click aggregatorHarden a system for production with circuit breakers, bulkheads, graceful degradation, and chaos engineeringBuild the observability stack (metrics, logs, and traces) that lets you actually find the problem when something breaksEvery chapter follows the same rhythm: bound the problem, design the architecture, go deep on the hardest trade-off, and close with a checklist you can use to audit your own designs.Whether you're preparing for a system design interview, stepping into a staff or architect role, or simply tired of guessing your way through design reviews, this book gives you the vocabulary and the reasoning to defend your decisions with confidence.Stop memorizing answers. Start understanding trade-offs. 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. WHAT IF YOU COULD SEE THE ENTIRE AEROSPACE DESIGN CHAIN-FROM THE FIRST EQUATION TO THE FINAL FLIGHT TEST?Aerospace engineering is more than memorizing formulas. The real challenge is understanding how aerodynamics, propulsion, structures, flight mechanics, orbital dynamics, avionics, systems engineering, and certification work together.HANDBOOK OF AEROSPACE ENGINEERING brings these disciplines together in one practical reference for engineers and advanced students who want a broader understanding of the complete aerospace vehicle.WHAT YOU'LL EXPLORE- Atmospheric and space environments, flight regimes, and orbital drag- Incompressible, compressible, transonic, and hypersonic flow- Boundary layers, separation, drag, airfoils, wings, and high-lift devices- Aircraft performance, stability, control, takeoff, landing, range, and endurance- Air-breathing and rocket propulsion, including cycle analysis, nozzles, staging, and electric propulsion- Aerospace structures, buckling, composites, fatigue, and damage tolerance- Structural dynamics, divergence, control reversal, flutter, and aeroelasticity- Astrodynamics, orbital elements, maneuvers, perturbations, and trajectories- Spacecraft architecture, power, thermal control, communications, and subsystem budgets- Avionics, guidance, navigation, sensors, estimation, Kalman filtering, and flight control- Systems engineering, requirements, safety, reliability, certification, and verification- Ground and flight testing, maintainability, availability, and sustainmentBUILT FOR ENGINEERING THINKINGEach chapter establishes learning objectives, develops theory with intermediate steps, presents numerical examples with unit tracking, and concludes with practice problems and answer keys.The focus is practical engineering: define the environment, identify the governing physics, state assumptions, solve the equations, check the result, and understand the limits of the model.Reference material and appendices provide useful engineering data, formulas, tables, symbols, and terminology for efficient technical lookup.WHY THIS HANDBOOK?- Connect aerospace disciplines instead of studying them in isolation- Refresh essential engineering relationships efficiently- Follow worked calculations with clear intermediate steps- Strengthen judgment about assumptions, uncertainty, margins, and trade-offs- Bridge vehicle-level analysis with subsystem and certification considerations- Reinforce understanding through practice problems and worked applicationsWHO IS THIS BOOK FOR?- Practicing aerospace and aeronautical engineers- Advanced aerospace engineering students- Engineers moving between aircraft and spacecraft disciplines- Professionals involved in design, analysis, testing, or systems engineering- Researchers and technical professionals seeking a cross-disciplinary reference- Engineering educators using advanced examples and reference materialReaders should already have a foundation in mathematics, mechanics, and thermodynamics.FROM ATMOSPHERIC FLOW TO ORBITAL MOTION. FROM STRUCTURAL ANALYSIS TO FLIGHT CONTROL. FROM DESIGN TO VERIFICATION AND TESTING.Use this handbook to refresh essential principles, connect disciplines, work through engineering calculations, and develop a broader understanding of the aerospace vehicle.THE EQUATIONS MATTER. THE INTERFACES MATTER MORE. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability. …

Condición: New. Print on Demand.

Paperback. Condición: new. Paperback. ONE WRONG MOVE ON AN ENERGIZED LINE CAN END A CAREER OR A LIFE. ARE YOU TRULY READY FOR WHAT THE JOB DEMANDS?Line work sits at a brutal intersection: deep electrical engineering theory on one side, split second field judgment on the other. Most training resources force you to choose between a dense textbook that never touches a bucket truck and a field manual that hands you procedures without ever explaining the "why" behind them. That gap gets apprentices hurt, slows down journeyman development, and leaves even experienced crews second guessing calculations they should know cold.The Lineman's Field Handbook closes that gap for good. This complete reference builds your knowledge the way the trade actually demands it, starting with circuit theory and system fundamentals, moving through the regulatory framework that governs every energized task (NESC, OSHA 1910.269, 29 CFR 1926 Subpart V), and advancing into the hands on craft: PPE and arc flash protection, grounding and bonding, poles and structures, conductors, overhead and underground construction, transformers, protective devices, energized work methods, rigging and aerial equipment, substation fundamentals, systematic troubleshooting, and storm restoration.Every chapter opens with clear learning objectives, works through fully explained calculations, not just final answers, and closes with practice problems and a complete answer key, built for apprenticeship exam prep, on the job reference, and self paced mastery alike.Inside, you'll gain the ability to: Calculate voltage drop, fault current, and grounding resistance with confidence instead of guessworkNavigate NESC and OSHA requirements without getting buried in cross referencesSelect and inspect PPE and rubber goods correctly, every single timeApply grounding sequences that actually protect you, not just satisfy a checklistRead single line diagrams and utility circuit maps like a seasoned crew leadTroubleshoot systematically instead of chasing symptomsWalk into a storm restoration assignment prepared, not overwhelmedThis handbook was built for: Apprentice linemen preparing for certification and journeyman examsJourneyman linemen who want a single, trustworthy field referenceLine crew supervisors and foremen training the next generationUtility safety officers and trainers building internal curriculumElectrical engineering students entering distribution side careersAnyone who needs distribution line theory and field procedure in one authoritative sourceCodes change. Storms don't wait. Your reference material should never be the weak link.Scroll up and grab your copy of The Lineman's Field Handbook today. The trade doesn't give second chances, and neither should your prep. 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. WHAT IF YOU COULD SEE THE ENTIRE AEROSPACE DESIGN CHAIN-FROM THE FIRST EQUATION TO THE FINAL FLIGHT TEST?Aerospace engineering is more than memorizing formulas. The real challenge is understanding how aerodynamics, propulsion, structures, flight mechanics, orbital dynamics, avionics, systems engineering, and certification work together.HANDBOOK OF AEROSPACE ENGINEERING brings these disciplines together in one practical reference for engineers and advanced students who want a broader understanding of the complete aerospace vehicle.WHAT YOU'LL EXPLORE- Atmospheric and space environments, flight regimes, and orbital drag- Incompressible, compressible, transonic, and hypersonic flow- Boundary layers, separation, drag, airfoils, wings, and high-lift devices- Aircraft performance, stability, control, takeoff, landing, range, and endurance- Air-breathing and rocket propulsion, including cycle analysis, nozzles, staging, and electric propulsion- Aerospace structures, buckling, composites, fatigue, and damage tolerance- Structural dynamics, divergence, control reversal, flutter, and aeroelasticity- Astrodynamics, orbital elements, maneuvers, perturbations, and trajectories- Spacecraft architecture, power, thermal control, communications, and subsystem budgets- Avionics, guidance, navigation, sensors, estimation, Kalman filtering, and flight control- Systems engineering, requirements, safety, reliability, certification, and verification- Ground and flight testing, maintainability, availability, and sustainmentBUILT FOR ENGINEERING THINKINGEach chapter establishes learning objectives, develops theory with intermediate steps, presents numerical examples with unit tracking, and concludes with practice problems and answer keys.The focus is practical engineering: define the environment, identify the governing physics, state assumptions, solve the equations, check the result, and understand the limits of the model.Reference material and appendices provide useful engineering data, formulas, tables, symbols, and terminology for efficient technical lookup.WHY THIS HANDBOOK?- Connect aerospace disciplines instead of studying them in isolation- Refresh essential engineering relationships efficiently- Follow worked calculations with clear intermediate steps- Strengthen judgment about assumptions, uncertainty, margins, and trade-offs- Bridge vehicle-level analysis with subsystem and certification considerations- Reinforce understanding through practice problems and worked applicationsWHO IS THIS BOOK FOR?- Practicing aerospace and aeronautical engineers- Advanced aerospace engineering students- Engineers moving between aircraft and spacecraft disciplines- Professionals involved in design, analysis, testing, or systems engineering- Researchers and technical professionals seeking a cross-disciplinary reference- Engineering educators using advanced examples and reference materialReaders should already have a foundation in mathematics, mechanics, and thermodynamics.FROM ATMOSPHERIC FLOW TO ORBITAL MOTION. FROM STRUCTURAL ANALYSIS TO FLIGHT CONTROL. FROM DESIGN TO VERIFICATION AND TESTING.Use this handbook to refresh essential principles, connect disciplines, work through engineering calculations, and develop a broader understanding of the aerospace vehicle.THE EQUATIONS MATTER. THE INTERFACES MATTER MORE. 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. Vous ouvrez Tinkercad. Il y a une grille bleue, une etagere de formes, et un curseur qui clignote au milieu de nulle part. Vingt minutes plus tard, votre cylindre refuse toujours de s'aligner ou vous le souhaitez, vous avez accidentellement supprime un groupe de six objets, et vous voila de retour sur YouTube a chercher la video qui explique enfin ce que signifie plan de travail .C'est exactement le vide que ce livre vient combler.La plupart des guides Tinkercad couvrent les cinq memes choses: creer un compte, glisser une forme, exporter un fichier STL. Ils s'arretent precisement la ou commencent les vraies questions: pourquoi votre alignement echoue sans cesse, quel reglage de grille magnetique est en train de fausser discretement vos mesures, ou pourquoi un modele qui semblait parfait a l'ecran ressort deforme du plateau d'impression. Ce livre prend le relais a cet endroit precis.Tinkercad, au-dela des bases parcourt le logiciel comme vous l'utiliseriez reellement: en commencant par l'espace de travail et les outils, puis en abordant les menus de reglages que la plupart des tutoriels ignorent, trois projets guides complets (un porte-cles, un support de telephone et une piece mecanique fonctionnelle), et une section de depannage entierement construite autour des erreurs sur lesquelles les gens restent reellement bloques, pas celles qui font un joli chapitre.A l'interieur, vous trouverez: Une visite de l'interface qui explique reellement ce que fait chaque panneau et pourquoi, pas seulement ou il se trouveLes reglages de grille magnetique, de plan de travail et de mesure qui influencent discretement chacune de vos creationsTrois projets complets etape par etape, dont la difficulte augmente avec vos competencesUn tour d'horizon complet des outils d'electronique et de circuits, ainsi que les bases d'Arduino et des blocs de codeUn chapitre de depannage construit autour des erreurs les plus frequentes chez les debutants: desalignement, erreurs d'echelle, problemes de groupement, fichiers trop lentsUne section de reference visuelle et une fiche de raccourcis imprimable a garder pres de votre clavierUne liste de raccourcis clavier, un tableau de conversion des mesures, un guide des formats de fichiers et un glossaire en fin d'ouvrage pour toute reponse rapideVous n'avez besoin d'aucune experience en conception, et vous n'avez rien a acheter. Tinkercad est gratuit, et tout ce que contient ce livre fonctionne, que vous soyez etudiant, enseignant preparant un plan de cours, parent realisant des projets avec vos enfants, ou simplement quelqu'un qui veut enfin imprimer en 3D un objet qui s'assemble comme il le doit.Si vous avez deja essaye Tinkercad et que vous vous etes heurte a un mur, ou si vous partez de zero et cherchez un guide qui ne s'arrete pas aux notions faciles, voici le livre qui vous mene jusqu'au bout. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…