Handbook engineering systems design (33 Ergebnisse)

Hardcover. Zustand: Good. No Jacket. Pages can have notes/highlighting. Spine may show signs of wear. ~ ThriftBooks: Read More, Spend Less.

Zustand: As New. Like New and Unread.

Zustand: New. In English.

Taschenbuch. Zustand: Neu. Neuware - Every rocket carries everything it needs to push itself - and that single fact makes propulsion the toughest constraint on almost any space mission.Rocket propulsion sits where thermodynamics, chemistry, fluid mechanics, heat transfer, and flight mechanics meet. Master one thread but stay vague on the rest, and you can plug numbers into equations without ever seeing why a design turns out the way it does. Too many resources deepen the problem, quoting finished results or treating a single subsystem in isolation.>Inside, you will: - Follow first-principles derivations instead of memorising detached formulas- Work examples that carry their units all the way to the answer- Estimate performance with characteristic velocity, thrust coefficient, and specific impulse- Build velocity-increment budgets and weigh staging and mission trade-offs- Compare engine power cycles, cooling methods, turbopumps, and feed systems with confidence- Reinforce every chapter with summaries, practice problems, and worked answer keys- Reach for appendices of constants, propellant properties, key equations, and orbital dataTopics include the reaction principle and the rocket equation; gas dynamics and nozzle design; performance parameters and efficiencies; flight mechanics, staging, and mission budgets; propellant chemistry and combustion; liquid-engine architecture and cycles; thrust chambers, injectors, and cooling; turbopumps; solid motors; hybrid and electric propulsion; heat transfer, materials, and structures; and combustion instability, testing, and system integration. It is written for upper-level undergraduate and graduate engineering students meeting propulsion in depth, and for practicing engineers and researchers who want a reference that derives its results rather than merely stating them. A working knowledge of calculus, differential equations, and introductory thermodynamics and mechanics is assumed; each chapter supplies the rest. Open this handbook and build a clear, connected command of how rockets really work - and keep a derivation-based guide to every major engine type within reach. …

Taschenbuch. Zustand: Neu. Neuware - A thermoplastic piping system is only as dependable as the chain of decisions behind it.Material selection, pressure rating, hydraulics, structural behavior, thermal movement, joining, installation, inspection, testing, and long-term asset decisions are tightly connected. A sound calculation can still lead to a weak conclusion if the field condition, joint quality, material data, or operating environment has not been verified.Thermoplastic Piping Systems Engineering Handbook brings those disciplines together in one practical, lifecycle-oriented reference. It follows the piping system from initial material selection and design through joining and installation, quality verification, in-service performance, failure investigation, and rehabilitation planning.Inside, readers can: - evaluate the engineering behavior and application fit of major thermoplastic pipe families;- work through pressure-rating, hydraulic-flow, surge, buried-pipe, support-spacing, and thermal-movement calculations;- understand heat-fusion, solvent-cement, and mechanical joining methods and the defects that can compromise them;- connect open-trench and trenchless installation practice with the design assumptions those methods must satisfy;- build stronger inspection, field-testing, traceability, qualification, and quality-assurance programs;- investigate crack growth, environmental stress cracking, chemical exposure, permeation, and other failure mechanisms;- apply condition assessment, risk prioritization, remaining-life thinking, and repair-or-rehabilitation decision frameworks to aging systems.Worked examples, case studies, common-pitfall discussions, and recurring documentation guidance turn the material into a problem-solving reference rather than a collection of isolated formulas. A central theme runs throughout: consequential engineering decisions should be supported by matched verification, using evidence sources whose blind spots do not simply repeat one another.The reference is equally useful as a sequential learning resource and as a targeted project lookup: readers can move directly to material selection, pressure design, surge, joining, installation, testing, chemical service, failure analysis, or asset management while still seeing how that question connects to the rest of the system.This handbook is written for practicing design and civil engineers, field and installation engineers, municipal and utility engineering staff, and asset-management professionals working with water, gas, sewer, drainage, and industrial process piping.For real projects, current standards, jurisdiction-specific requirements, certified material data, and qualified professional judgment remain essential. Use this handbook as the structured technical reference that helps you connect those requirements with the calculations, field practices, verification methods, and lifecycle questions that matter.…

Taschenbuch. Zustand: Neu. Neuware.

Taschenbuch. Zustand: Neu. Neuware - A thermoplastic piping system is only as dependable as the chain of decisions behind it.Material selection, pressure rating, hydraulics, structural behavior, thermal movement, joining, installation, inspection, testing, and long-term asset decisions are tightly connected. A sound calculation can still lead to a weak conclusion if the field condition, joint quality, material data, or operating environment has not been verified.Thermoplastic Piping Systems Engineering Handbook brings those disciplines together in one practical, lifecycle-oriented reference. It follows the piping system from initial material selection and design through joining and installation, quality verification, in-service performance, failure investigation, and rehabilitation planning.Inside, readers can: - evaluate the engineering behavior and application fit of major thermoplastic pipe families;- work through pressure-rating, hydraulic-flow, surge, buried-pipe, support-spacing, and thermal-movement calculations;- understand heat-fusion, solvent-cement, and mechanical joining methods and the defects that can compromise them;- connect open-trench and trenchless installation practice with the design assumptions those methods must satisfy;- build stronger inspection, field-testing, traceability, qualification, and quality-assurance programs;- investigate crack growth, environmental stress cracking, chemical exposure, permeation, and other failure mechanisms;- apply condition assessment, risk prioritization, remaining-life thinking, and repair-or-rehabilitation decision frameworks to aging systems.Worked examples, case studies, common-pitfall discussions, and recurring documentation guidance turn the material into a problem-solving reference rather than a collection of isolated formulas. A central theme runs throughout: consequential engineering decisions should be supported by matched verification, using evidence sources whose blind spots do not simply repeat one another.The reference is equally useful as a sequential learning resource and as a targeted project lookup: readers can move directly to material selection, pressure design, surge, joining, installation, testing, chemical service, failure analysis, or asset management while still seeing how that question connects to the rest of the system.This handbook is written for practicing design and civil engineers, field and installation engineers, municipal and utility engineering staff, and asset-management professionals working with water, gas, sewer, drainage, and industrial process piping.For real projects, current standards, jurisdiction-specific requirements, certified material data, and qualified professional judgment remain essential. Use this handbook as the structured technical reference that helps you connect those requirements with the calculations, field practices, verification methods, and lifecycle questions that matter.…

Taschenbuch. Zustand: Neu. Neuware.

Zustand: New. In English.

Taschenbuch. Zustand: Neu. Neuware.

Paperback. Zustand: Brand New. 300 pages. 9.00x6.00x0.60 inches. In Stock.

Taschenbuch. Zustand: Neu. Neuware.

Zustand: New.

Taschenbuch. Zustand: Neu. Neuware.

Taschenbuch. Zustand: Neu. Neuware.

Zustand: New. In English.

Taschenbuch. Zustand: Neu. Neuware - You can follow a reactor derivation line by line in a lecture and still stall when the real problem arrives: a reaction, a page of operating data, and no template to copy.>This handbook was written to close that gap. Across fifteen chapters it develops chemical reaction engineering as one connected argument rather than a reference list, carrying the reader from the definition of a reaction rate to the analysis, design, and scale-up of the reactors in which real reactions are carried out. Theory is built from stated assumptions in explanatory prose, every equation is presented with its variables and units defined, and each chapter rests on the one before it.Inside this handbook you will: - Derive the design equation of every ideal reactor from a single general mole balance, instead of memorising four unrelated formulas.- Extract a rate law from laboratory data by integral, differential, initial-rate, and fractional-life methods, and recognise where each one breaks down.- Size a batch vessel including its charging, heating, discharge, and cleaning time, and work out how many batches a day it will actually deliver.- Choose an operating temperature and a feed strategy that push a competing reaction toward the product you want, using differences in reaction order and activation energy as the two independent levers.- Recognise when a cooled exothermic reactor has more than one steady state, judge which are stable, and identify the points at which it will ignite or extinguish.- Test a measured catalytic rate for pore-diffusion limitation, then confirm the controlling regime by varying particle size and fluid velocity.>Coverage runs from mole balances and design equations for batch, stirred-tank, plug-flow, and packed-bed reactors, through stoichiometry and variable-density gas systems, rate laws and activation energy, space time and space velocity, reactors in series, parallel, and recycle, and the analysis of rate data - then on to selectivity and yield, energy balances and interstage cooling, multiple steady states and thermal runaway, adsorption and catalyst deactivation, pore diffusion and the effectiveness factor, residence-time distributions, and gas-liquid, slurry, trickle-bed, fluidised-bed, membrane, and biological reactors. It is written for chemical engineering students meeting kinetics and reactor design for the first time, for graduate students who want the non-ideal and multiphase material in one place, and for practising process and plant engineers who need a dependable desk reference. Chemical thermodynamics is assumed; the mathematics asks for calculus and nothing heavier. Open the book at the first chapter and begin building the judgment to read an unfamiliar reactor problem, decide which balances and rate expressions govern it, and carry the analysis through to a design you can de.…

Taschenbuch. Zustand: Neu. Neuware.

Taschenbuch. Zustand: Neu. Neuware.

Taschenbuch. Zustand: Neu. Neuware.

Taschenbuch. Zustand: Neu. Neuware.

Paperback. Zustand: Brand New. 300 pages. 9.00x6.00x0.60 inches. In Stock.

Zustand: New.

Taschenbuch. Zustand: Neu. Neuware - Hydraulic and pneumatic systems live side by side on the same machine, share overlapping symbols and control logic, and increasingly share the same electrohydraulic and electropneumatic control layer - but most references still teach them as separate disciplines.A technician or engineer who learns hydraulics from one book and pneumatics from another rarely comes away with a single, consistent way to size, control, and troubleshoot a system that uses both.This handbook treats fluid power as one connected discipline: it builds from fluid mechanics and gas laws through hydraulic and pneumatic components, circuit design, electrohydraulic and electropneumatic control, and closes with system sizing, commissioning, and troubleshooting - all under one consistent framework.What This Book Covers- Apply fluid mechanics, gas laws, and engineering calculations to real hydraulic and pneumatic systems.- Read symbols, schematics, and port identification against current standards.- Manage hydraulic fluids, contamination, filtration, and compressed-air generation, treatment, and distribution.- Work with hydraulic pumps, reservoirs, accumulators, cylinders, motors, and rotary actuators.- Apply pneumatic cylinders, air motors, vacuum systems, and hydro-pneumatic combinations.- Select and apply directional, pressure, flow, sequence, and load-control valves and logic elements.- Design and analyze hydraulic and pneumatic circuits, including sequencing and cascade control.- Integrate electrohydraulic, electropneumatic, relay, PLC, proportional, and servo control.- Apply measurement, sensors, and instrumentation to monitor system health.- Size systems, manage thermal control and energy efficiency, and commission them safely.- Diagnose faults systematically and build a reliability-focused maintenance program.Key topics: fluid power systems; hydraulic and pneumatic components; circuit design and analysis; electrohydraulic and electropneumatic control; proportional and servo motion control; system sizing and energy management; installation and commissioning; maintenance and troubleshootingWho this book is for: Mechanical, controls, and maintenance engineers, technicians, and students who work with hydraulic and pneumatic systems together on real machinery - not just one discipline at a time.Get your copy and start engineering hydraulic and pneumatic systems as one connected discipline.…

Taschenbuch. Zustand: Neu. Neuware.

Taschenbuch. Zustand: Neu. Neuware - Designing a spacecraft requires far more than assembling individual components. Every subsystem-power, propulsion, communications, thermal control, structures, avionics, and guidance-must operate as part of one reliable, fully integrated system. Spacecraft Systems Engineering Handbook: A First-Principles Guide to Spacecraft Design, Integration, and Operations provides a clear and practical foundation for understanding how spacecraft are conceived, developed, tested, launched, and operated. Beginning with first principles, this handbook explains the engineering logic behind critical design decisions and shows how mission objectives are translated into technical requirements, subsystem architectures, operational plans, and verifiable performance targets. Complex concepts are presented in a structured and accessible way, helping readers understand not only what spacecraft engineers do, but also why they do it. Inside this handbook, you will explore: - Mission analysis and spacecraft architecture- Systems engineering processes and requirement development- Mass, power, thermal, and data-budget management- Spacecraft structures and mechanical configuration- Propulsion and attitude-control systems- Electrical power generation, storage, and distribution- Command, data handling, avionics, and flight software- Guidance, navigation, and control principles- Communications, telemetry, tracking, and command- Thermal-control strategies for the space environment- Reliability, redundancy, risk, and fault management- Subsystem interfaces and spacecraft integration- Verification, validation, environmental testing, and launch preparation- Mission operations, anomaly response, and end-of-life planning>Move beyond isolated equations and individual components. Learn how technical disciplines connect, how design trade-offs shape a mission, and how spacecraft are engineered to survive and perform in one of the most demanding environments imaginable. Build your understanding from first principles and see the complete spacecraft engineering picture. Get your copy today and begin mastering the systems that make space missions possible.…

Zustand: New. In English.

Taschenbuch. Zustand: Neu. Neuware - Stop memorizing EMC rules of thumb. Start understanding why they work. Every design engineer has heard the folklore: keep traces short, add a ground plane, try a bigger capacitor, clip on a ferrite. It works, until it doesn't, and you're staring down a failed compliance test with no idea why the 'standard fix' didn't fix anything.>Inside, you'll find complete coverage from circuit-level noise and PCB layout through shielding, filtering, grounding, and cable and connector design. Conducted and radiated emissions measurement theory, including LISN design, antenna factor, and detector types, explained well enough to actually troubleshoot a failed test rather than just pass a certification checklist. A full immunity treatment covering ESD, EFT, surge, RF immunity, magnetic fields, and voltage dips, with real protection circuit design including TVS selection, layered protection, and PCB placement. System-level and high-speed digital EMC, including SerDes channel budgeting, clock distribution, multi-board interconnect, and system-level emissions budgets. Dedicated chapters on automotive EMC, covering CISPR 25, ISO 7637, ISO 11452, load dump, and EV and hybrid powertrains, plus military and aerospace EMC, covering MIL-STD-461/464, HIRF, lightning, and composite airframe shielding. And a complete compliance strategy chapter covering pre-compliance program design, test planning, standards cross-referencing, and failed-test troubleshooting. Every chapter pairs first-principles derivation with fully worked numerical examples using realistic component values, not toy problems, plus common misconceptions, an extended FAQ, a formula quick-reference, and practice problems with worked answers. Read it cover to cover as a course, or jump straight to the section that solves today's problem. The back matter includes a full glossary, symbol list, formula appendix, standards cross-reference table, and a troubleshooting checklist you'll actually keep open on your second monitor during a debug session. Whether you're a practicing design engineer, an EMC or compliance specialist, or a student encountering electromagnetic compatibility for the first time, this handbook gives you the one thing rules of thumb never can: the ability to reason your way through a problem no one has written a rule for yet. Scroll up and grab your copy today, and start designing with confidence instead of guesswork.…

Zustand: New. In English.

hardcover. Zustand: Good.