Handbook Engineering Systems Design (101 results)

Condition: New.

Paperback or Softback. Condition: New. Engineering Design Handbook: Timing Systems and Components. Book.

Condition: New.

Condition: As New. Unread book in perfect condition.

Hardcover. Condition: Very Good. B000H4KUYU Pages are a tiny bit wavy. Revised and reprinted edition, 1960. Includes "Materials Section" booklet in the back. Great overall condition.

Condition: As New. Like New and Unread.

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

Hard Cover. Condition: Very Good to Fine. No Jacket. First Printing. 352 pages. Former owner's name printed on bottom edge. Size: 4to - over 9¾" - 12" tall.

Hardcover. Condition: Good. Satisfaction 100% guaranteed.

Condition: New.

Condition: As New. Unread book in perfect condition.

PF. Condition: New.

Hard Cover. Condition: Very Good to Fine. No Jacket. 372 pages. Former owner's name printed at top edge of front paste-down endpaper and bottom edge of rear paste-down endpaper. Size: 4to - over 9¾" - 12" tall.

Paperback. Condition: Very Good. 2 spiral bound volumes.

Condition: New. Print on Demand.

paperback. Condition: Very Good. Mild wear to covers, including some tanning. Covers a bit dirty. Small bump to top-left rear corner. Internally very clean.

hardcover. Condition: Good. Connecting readers with great books since 1972! Used textbooks may not include companion materials such as access codes, etc. May have some wear or writing/highlighting. We ship orders daily and Customer Service is our top priority.

Hardcover. Condition: Very Good. No Jacket. May have limited writing in cover pages. Pages are unmarked. ~ ThriftBooks: Read More, Spend Less.

Condition: New. In English.

Paperback. Condition: Used - Very Good. No Jacket. 11x8.5 tan 3 hole punched paperback. Some yellowing on covers. Tight and clean.

Taschenbuch. Condition: 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. Condition: 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.…

Condition: New. Print on Demand.

Taschenbuch. Condition: Neu. Neuware - HVAC design becomes difficult when dozens of individual engineering decisions must work together as one functioning building system.A load calculation affects equipment capacity. Equipment selection affects ductwork, piping, pumps, fans, controls, and energy performance. Distribution decisions affect pressure, comfort, and system operation. HVAC Systems Engineering Handbook provides an integrated technical reference for connecting these decisions throughout the HVAC design and project-delivery process.This comprehensive handbook covers: - Psychrometrics, moist-air properties, sensible and latent loads, and cooling processes- Thermal comfort, indoor environmental quality, ventilation, filtration, and air-quality considerations- Heating and cooling load calculations, design conditions, diversity, and documentation- Building-envelope heat transfer, glazing, insulation, infiltration, and condensation risk- Air distribution, VAV systems, dedicated outdoor air systems, diffusers, zoning, and specialty distribution approaches- Duct sizing, pressure-loss calculations, fabrication standards, leakage testing, insulation, and field quality control- Fans, pumps, hydronic systems, piping, system curves, operating points, and equipment selection- Refrigeration cycles, pressure-enthalpy analysis, refrigerants, heat pumps, boilers, furnaces, chillers, and cooling towers- Packaged and split systems, variable refrigerant flow, economizers, and equipment integration- HVAC controls, building automation, energy-efficiency requirements, testing, adjusting, balancing, and commissioning- Special applications including healthcare facilities, laboratories, data centers, cleanrooms, multifamily buildings, and retrofit projectsThe book goes beyond isolated formulas by showing how engineering concepts connect through real project decisions. Worked examples and extended case studies address load calculations, system selection, equipment comparisons, control sequences, performance investigations, commissioning, value engineering, redundancy, and coordination with other disciplines.The handbook is designed for HVAC and mechanical design engineers, building systems engineers, commissioning professionals, and technical practitioners involved in commercial, institutional, and industrial projects. It is also useful as a structured reference for engineers who need to move between calculations, equipment selection, distribution design, controls, construction documentation, and performance verification.Use this handbook during schematic design, design development, construction documentation, equipment selection, commissioning, troubleshooting, and technical review.Open the handbook and develop a clearer, more connected understanding of HVAC systems engineering-from fundamental calculations and system selection to controls, commissioning, and real-world project performance.…

Taschenbuch. Condition: 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.…

Paperback. Condition: Very Good.

Taschenbuch. Condition: Neu. Neuware.

Hardcover. Condition: Very Good. Stormwater Collection Systems Design Handbook (MECHANICAL ENGINEERING) This book is in very good condition and will be shipped within 24 hours of ordering. The cover may have some limited signs of wear but the pages are clean, intact and the spine remains undamaged. This book has clearly been well maintained and looked after thus far. Money back guarantee if you are not satisfied. See all our books here, order more than 1 book and get discounted shipping. …

Condition: New.

Taschenbuch. Condition: Neu. Neuware - A spacecraft is built once, launched once, and then trusted to work for years in a place no technician can ever reach; which is why every gram, every watt, and every decision has to be right before it leaves the ground.Many engineers and students master individual subjects (orbits, control, electronics, heat transfer) only to find that real spacecraft work lives in the connections between them. Theory texts treat topics in isolation, and parts catalogs say little about how a choice in one subsystem drives mass, power, and risk across the whole vehicle. What is missing is the systems view: how to size a subsystem, budget the resources it consumes, trade it against alternatives, and prove it will survive launch and space.This handbook was written to close that gap. It treats the spacecraft as a single integrated system and follows a mission in its natural order; from the environment and orbit that drive the design, through every major subsystem, to assembly, test, and operations. Each chapter builds from fundamentals to practical use, showing the working habits of the discipline: budgets that must close, margins that protect a design, and trade studies that turn opinion into numbers.Inside this handbook you will: - Understand how one subsystem decision ripples through mass, power, thermal, and reliability across the vehicle- Build and read the technical budgets; mass, power, link, and pointing; that decide whether a design is possible- Size propulsion, attitude control, power, thermal, communications, and data handling from real mission needs- Trace requirements from mission objectives down to hardware, and verify them with evidence- Plan verification and testing, and read a design across the operating modes where conflicts appear- Keep a consistent framework, notation, and reference data close at hand during real projectsIt is written for advanced engineering students entering the field and for practicing engineers, specialists, and technical managers who need a dependable working reference; anyone who must not only understand a subsystem but size it, integrate it, and defend it in a review.GRAB A COPY of this handbook and begin building the systems-level understanding needed to design, verify, and operate a modern spacecraft with greater clarity and confidence.…