R reyner daniel (7 resultados)

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

Taschenbuch. Condición: 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.…

Taschenbuch. Condición: Neu. Neuware - Thermodynamics and statistical mechanics are usually taught as two separate subjects, with heat, work, and entropy on one side and probabilities, microstates, and partition functions on the other, and the bridge between them is where many capable students lose their footing.Standard treatments often state a result without showing where it comes from, compress a derivation into a single unexplained line, or stop a worked example just short of the final number. You can follow every lecture and still stall on the exam or the first unfamiliar problem, because what is missing is a connected explanation that treats the large-scale and molecular pictures of matter as one subject.This comprehensive guide rebuilds that connection from the ground up. It develops classical thermodynamics and statistical mechanics as one logically ordered framework across fifteen chapters, deriving every important result in full, defining the variables and units in every equation, and solving every worked example completely, so each result is something you can verify rather than memorize.Inside this guide you will: - Follow complete derivations that keep every step visible, from the basic laws to quantum statistics.- Study eighty fully solved examples with each numerical step and unit tracked to the answer.- Build a clear map linking energy, heat, work, and entropy to the molecular motion beneath them.- Move confidently between the laws of thermodynamics and the statistical reasoning behind them.- Check your progress with end-of-chapter practice problems and reproducible worked answers.- Reach for appendices of constants, mathematical background, and unit conversions, plus a glossary and symbol list.- Learn independently from a self-contained treatment that assumes only calculus and introductory physics.Who it is for: It is written for upper-level undergraduate students in engineering and physics, for early graduate students reviewing the foundations, and for independent learners who would rather check each result than take it on trust.'GRAB A COPY OF THIS BOOK' and start building a single, connected understanding of thermodynamics and statistical mechanics, one derivation, one solved problem, and one clear step at a time.…

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

Taschenbuch. Condición: Neu. Neuware - A clean injury record can mask a process that is one failed safeguard away from a fire, an explosion, or a toxic release. Preventing those rare, high-consequence events is a discipline in its own right - finding hazards before they are exposed, judging how likely and how severe a loss could be, and building protection that holds when something fails. The knowledge to do it well is usually scattered across dense standards, theory that stops short of practice, and checklists that confirm compliance without building understanding.This handbook brings that discipline into one structured, practical volume - and it shows the work. Every core method is presented in the order a practitioner uses it, with worked examples that carry each assumption, equation, and unit through to a result you can reproduce and defend.With this guide you will be able to: - identify hazards with structured studies such as HAZOP and what-if reviews;- estimate release rates and model how toxic or flammable clouds disperse;- quantify fire and explosion consequences before they can reach people;- combine consequence and likelihood into a defensible measure of risk;- design and verify safeguards - pressure relief, layers of protection, and safety instrumented functions;- assess reactive hazards and the conditions behind thermal runaway;- connect analysis to the management systems, indicators, and regulations that keep it in place.Coverage spans toxicology and exposure; flammability, fire, and explosion; source, dispersion, and consequence modelling; hazard identification and risk assessment; reliability, fault trees, and event trees; inherently safer design; overpressure protection; layered protection and safety instrumented systems; reactive hazards; and incident investigation and emergency response - with consistent notation and SI units throughout.It is written for practising process, chemical, and plant safety engineers, for operators and supervisors who run hazardous processes, for EHS professionals, and for advanced students and new graduates entering industry.'GRAB A COPY' of this handbook and begin building the clarity and confidence to identify hazards, weigh risk honestly, and design safeguards that hold.…