Vireth Bastian (32 results)

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

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

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

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

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

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

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

Taschenbuch. Condition: Neu. Neuware - THE ENGINE ROOM DOESN'T CARE IF YOU'RE READY.At sea, there's no contractor to call and no spare part two days out. When a bearing seizes, a generator trips, or a purifier fails at 3 a.m., the engineer standing in front of the machine is the response team - and the next sixty seconds decide whether the ship keeps making way.Most marine engineering references leave you stranded between two extremes: academic texts that are rigorous on theory and silent on the actual plant, or manufacturer manuals that explain one machine and nothing else. Neither trains you to reason through a real casualty when systems fail together and alarms conflict.MARINE ENGINEERING HANDBOOK is the single-volume fix. Sixteen chapters, built for both the classroom and the watch: naval architecture and propulsive power, diesel engine construction and performance, fuels and treatment, propellers and shafting, marine electrical generation and distribution, auxiliary machinery, automation and control, environmental compliance, and engine room watchkeeping and maintenance strategy. Every chapter pairs condensed theory with worked design cases, then closes with practice problems and full solved answers - so you're trained to calculate, not just recite.BUILT FOR: - Marine engineering cadets and students preparing for licensing exams and academy coursework- Watchkeeping and engineering officers who want one trustworthy reference for the whole plant, not just their station- Working marine engineers needing a fast, accurate refresher outside their specialty- Naval architects and technical superintendents who work alongside engine room operations- Anyone studying for marine engineer certification who needs worked numbers, not just theoryINSIDE, YOU'LL BUILD: - Command of the regulatory hierarchy - IMO conventions, flag State law, classification society rules, port State control - and how each one binds decisions in the engine room- The skill to read a general arrangement drawing and understand how a ship's machinery subsystems interact as one system- Fluency in resistance, propulsive power, and speed-power calculations that govern fuel consumption and voyage economics- Working knowledge of diesel propulsion, fuels, propellers, shafting, electrical systems, automation, and safe engine room practice- The instinct to catch your own errors before the plant does, trained through worked examples designed to be sanity-checked, not memorizedThis is a reference built to stay open on the desk through an entire career - not read once and shelved.Scroll up and add Marine Engineering Handbook to your library - the engine room won't wait for you to catch up.…

Paperback. Condition: new. Paperback. CAN YOU FOLLOW THE ALGEBRA OF AN OBLIQUE SHOCK - BUT NOT PICTURE IT?That gap is why aerospace engineering defeats capable students. The physics is genuinely hard and the geometry is genuinely three-dimensional. Miss the picture, and you become a calculator instead of an engineer.THE REAL PROBLEM ISN'T DIFFICULTY. IT'S DISCONNECTION.Standard textbooks quote results instead of deriving them, hide the algebraic steps, and bury figures at the end of chapters - far from the derivations that need them. You integrate the rocket equation without ever seeing the staging arrangement it describes. You memorise a drag polar you cannot picture. Aerodynamics, propulsion, structures, and orbital mechanics arrive as separate subjects that never connect into one vehicle.A COMPLETE, VISUAL PATH THROUGH THE ENTIRE DISCIPLINEThis is a full 16-chapter course in aerospace engineering, built so the mathematics and the mental image arrive together. All 168 figures sit at the exact point in the argument where they are needed - the velocity triangle where the blade element is derived, the theta-beta-M chart where the oblique shock is introduced. Units are SI throughout, with US customary values where industry uses them.Every result is derived, not quoted. Every algebraic step is shown.INSIDE THE BOOK168 technical figures: schematics, cutaways, plots, and geometric constructions249 numbered equations, each indexed by number and derivation section380 practice problems with complete worked answer keys, so wrong answers can be diagnosed44 data tables, 11 reference appendices, and a 163-term glossaryLearning objectives, Engineering Practice sections, and Common Errors sections in all 16 chaptersFULL COVERAGE, CHAPTER BY CHAPTERThe standard atmosphere, the airspeed family, and the space environmentFluid mechanics: conservation laws, Bernoulli, Reynolds and Mach numbers, wind tunnelsAirfoils and wings: circulation, the Kutta condition, thin airfoil and lifting-line theory, sweep, high-lift devicesDrag and boundary layers: transition, separation, the drag polar, parasite drag estimationCompressible flow: normal and oblique shocks, Prandtl-Meyer expansion, transonic drag rise, hypersonicsAircraft performance, stability, and flight controlAir-breathing propulsion: the Brayton cycle, turbojets, turbofans, propellersRocket propulsion, orbital mechanics, and spacecraft systems engineeringAerospace structures, materials, and manufacturingAvionics, flight control, guidance, and aircraft design synthesis with airworthinessWHAT THIS CHANGES FOR YOUBuild real engineering intuition - recognise an implausible answer, the profession's most valuable habitPrepare for exams with 380 graded problems and diagnosable solutionsRun preliminary calculations without another source: standard atmosphere to 32 km, isentropic and normal-shock tables at Mach 0.05 intervals, Prandtl-Meyer function, material dataSee why a vehicle looks the way it does, because you finally understand how each subject constrains the othersWHO THIS BOOK IS FORAerospace and aeronautical engineering students needing one coherent path, not sixteen disconnected topicsMechanical engineering students taking aerospace electivesInstructors: maps to a two-semester sequence or a single-semester surveyPractising engineers moving into aerospace from adjacent fieldsPilots, flight crew, and technicians wanting the engineering behind the machineSelf-taught learners with first-year calculus and physics THE PHYSICS DOESN Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware - CAN YOU OPEN A SET OF PRINTS AND KNOW EXACTLY WHAT'S BEING ASKED OF YOU - OR ARE YOU STILL GUESSING That's the line between a helper and a journeyman. Not the tools in your pouch. Whether you can read a panel schedule, trace a single-line diagram, or catch a conflict between the drawing and the spec before it becomes a field problem.Most electricians never actually get taught this. They're handed a stack of drawings on day one and told to 'figure it out' - so they learn by copying whoever's next to them, symbol by symbol, mistake by mistake. That works, until it doesn't: until you're on an exam that tests print interpretation directly, or standing in front of an inspector who wants to know why that panel is out of balance, and 'I've always just done it this way' isn't an answer.Print Reading Handbook for Electricians 2026 fixes that gap for good. It's a complete 16-chapter visual training system that takes you from the title block on page one to closeout documentation on the last - every drawing type you'll actually encounter in the field, taught the way a print should be taught: with worked examples, practice problems, and answer keys in every chapter, not just theory.Inside, you'll build fluency in: - Construction document sets, scale integrity, and a repeatable first-pass orientation procedure- Electrical symbols, legends, and building your own job crib sheet- Power plans, lighting plans, and multiwire branch circuits- Single-line diagrams, riser diagrams, and emergency power paths- Panel schedules, bus phasing, and NEC Article 220 load calculations- Control schematics, ladder logic, and motor branch-circuit sizing- Grounding, bonding, and low-voltage/fire alarm documentation- Specifications, RFIs, and as-built closeout packagesWhat changes for you: - You stop guessing and start knowing where to look first on any drawing set- You catch coordination errors and code issues before they cost time on the job- You walk into exams and inspections with real print fluency, not memorized tricks- You build the one skill that separates apprentices from journeymen - and journeymen from foremenWHO THIS BOOK IS FOR: - Apprentices building their print-reading foundation from scratch- Journeymen who learned 'on the fly' and want the gaps closed- Electricians preparing for licensing exams built around print interpretation- Foremen and leads who need to catch errors before they become expensive- Instructors who want a structured, example-driven curriculum resourceYou can keep guessing your way through drawing sets. Or you can be the one on the crew who actually reads them.Get your copy of Print Reading Handbook for Electricians 2026 now - and stop being the guy who 'figures it out.'.…

Taschenbuch. Condition: Neu. Neuware - YOUR CHIEF ENGINEER IS WAITING FOR AN ANSWER. DO YOU HAVE IT An alarm doesn't wait for you to cross-reference four different textbooks. Neither does an examiner, a chief engineer at 3 a.m., or a scavenge fire that started because a number on a gauge meant nothing to the person reading it.Most marine engineering education splits the subject into disconnected pieces - thermodynamics in one book, electrotechnology in another, shipboard practice in a third - and leaves you to somehow weld it all together under pressure, on watch, when it's already too late to get it wrong.Illustrated Fundamentals of Marine Engineering is the fix: one complete, richly illustrated volume that follows the exact path energy takes through a real ship - engine to shaft to propeller to the officer standing watch - so you learn the system, not just the syllabus.Built differently from every other marine engineering reference: - One book, not a shelf of them. Sixteen chapters take you from thermodynamics and naval architecture through diesel engines, steam and turbine plant, shafting, electrical systems, pumps, refrigeration, and watchkeeping - as one connected discipline, not four separate texts you have to reconcile yourself.- Every worked example shows every step. No 'it can be shown that.' Costs are given in real dollars, because that's the language decisions get made in on a real ship.- You're trained to catch mistakes before they cost you. Select worked examples hide a deliberate error - an impossible efficiency, a heat balance that won't close - so you build the instinct that separates a competent engineer from a calculator.- Full reasoning, not just answers. Every end-of-chapter practice problem comes with a complete worked solution, including the judgement calls, not just a final number.- Figures live exactly where you need them - in the text, at the point of relevance, not buried in an appendix.Who this book is for: - Marine engineering cadets preparing for watchkeeping certification- Working marine engineers who want the theory behind procedures they already follow- Maritime academy students tired of stitching together separate textbooks for one subject- Anyone studying for a Certificate of Competency who needs worked reasoning, not just final answersStop learning the ship in pieces. Start understanding how it actually works, end to end.Scroll up and get your copy of Illustrated Fundamentals of Marine Engineering today.…

Taschenbuch. Condition: Neu. Neuware.

Taschenbuch. Condition: Neu. Neuware.

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

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Paperback. Condition: new. Paperback. THE ENGINE ROOM DOESN'T CARE IF YOU'RE READY.At sea, there's no contractor to call and no spare part two days out. When a bearing seizes, a generator trips, or a purifier fails at 3 a.m., the engineer standing in front of the machine is the response team - and the next sixty seconds decide whether the ship keeps making way.Most marine engineering references leave you stranded between two extremes: academic texts that are rigorous on theory and silent on the actual plant, or manufacturer manuals that explain one machine and nothing else. Neither trains you to reason through a real casualty when systems fail together and alarms conflict.MARINE ENGINEERING HANDBOOK is the single-volume fix. Sixteen chapters, built for both the classroom and the watch: naval architecture and propulsive power, diesel engine construction and performance, fuels and treatment, propellers and shafting, marine electrical generation and distribution, auxiliary machinery, automation and control, environmental compliance, and engine room watchkeeping and maintenance strategy. Every chapter pairs condensed theory with worked design cases, then closes with practice problems and full solved answers - so you're trained to calculate, not just recite.BUILT FOR: Marine engineering cadets and students preparing for licensing exams and academy courseworkWatchkeeping and engineering officers who want one trustworthy reference for the whole plant, not just their stationWorking marine engineers needing a fast, accurate refresher outside their specialtyNaval architects and technical superintendents who work alongside engine room operationsAnyone studying for marine engineer certification who needs worked numbers, not just theoryINSIDE, YOU'LL BUILD: Command of the regulatory hierarchy - IMO conventions, flag State law, classification society rules, port State control - and how each one binds decisions in the engine roomThe skill to read a general arrangement drawing and understand how a ship's machinery subsystems interact as one systemFluency in resistance, propulsive power, and speed-power calculations that govern fuel consumption and voyage economicsWorking knowledge of diesel propulsion, fuels, propellers, shafting, electrical systems, automation, and safe engine room practiceThe instinct to catch your own errors before the plant does, trained through worked examples designed to be sanity-checked, not memorizedThis is a reference built to stay open on the desk through an entire career - not read once and shelved.Scroll up and add Marine Engineering Handbook to your library - the engine room won't wait for you to catch up. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Condition: New. Print on Demand.

Paperback. Condition: new. Paperback. CAN YOU ACTUALLY CALCULATE A HOHMANN TRANSFER - OR JUST RECOGNIZE THE NAME?Most orbital mechanics textbooks force an impossible choice: rigorous graduate-level math with zero physical intuition, or accessible explanations that leave you unable to compute anything real. If you've ever finished a chapter on Kepler's laws or orbital elements and still couldn't size a transfer orbit, determine an orbit from observations, or plan a rendezvous maneuver from scratch - the problem isn't you. It's the book.This is the orbital mechanics textbook built to fix that, permanently.An Illustrated Fundamentals of Orbital Mechanics for Engineers is a complete, from-first-principles guide to astrodynamics - covering Kepler's laws, orbit determination, Lambert's problem, orbital maneuvers, rendezvous and proximity operations, interplanetary trajectory design, gravity assist, and orbital perturbations. Every equation is derived. Every constant is locked and stated once, used consistently across all 16 chapters. Every one of the 168 figures is placed exactly where the concept demands it - not collected at the back like an afterthought. And every worked example is carried to the final digit, so a reader with a calculator reproduces every result independently.This isn't a book you read passively. It's a book you compute your way through.What You'll Master: Real computational fluency in astrodynamics - deriving and solving orbital mechanics problems from first principles, not pattern-matching formulas A single locked constant set (m, J2, WGS84 radius, and more) used identically in every chapter, so your results are never quietly corrupted by mismatched data 168 precision-placed illustrations that finally make orbital geometry click - eccentricity vectors, hyperbolic asymptotes, porkchop plots, relative-motion ellipses 200+ fully worked practice problems, solved in complete detail across all 16 chapters - not just answers, but the full reasoning A complete path from foundational vector math to mission design - orbit determination, satellite coverage and visibility, impulsive maneuvers, rendezvous, interplanetary transfer, gravity assist, and perturbation analysis The judgment to catch a software error - because you'll understand exactly what the tool is computing, and why, instead of trusting a black boxThis Book Is For: Aerospace and mechanical engineering students who need to compute orbits, not just describe them Graduate students entering astrodynamics who want a rigorous foundation before specialized coursework or researchPracticing engineers who need working competence in orbital mechanics fast, for real mission or systems workSelf-taught learners with a calculus and differential equations background who are serious about mastering spaceflight mechanics - no prior orbital mechanics experience requiredAnyone entering mission design, orbit determination, or spacecraft systems engineering who's tired of guessing and wants to compute with confidenceEvery correctly worked calculation in this book predicts, decades in advance, exactly where a spacecraft will be. That's not magic - it's method. And this book teaches the method.Scroll up and get your copy of An Illustrated Fundamentals of Orbital Mechanics for Engineers - and start building orbital mechanics competence that shows up in real results, not just exam scores. 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. Condition: new. Paperback. WHAT IF YOU COULD DERIVE WHY AN AIRCRAFT FLIES - INSTEAD OF JUST MEMORIZING THE FORMULA?Ask most engineers why lift happens, and they'll recite an equation. Ask them to derive it from first principles, and the room goes quiet. That gap - between knowing a formula and understanding the physics behind it - is exactly where engineers get exposed: in technical interviews, in design reviews, on qualifying exams, and in real projects where the textbook shortcut quietly stops working the moment conditions change.Most aerodynamics textbooks make this worse, not better. They hand you a formula sheet, expect you to trust it, and move on. You memorize. You pass the test. And you still can't explain what's actually happening in the flow.An Illustrated Introduction to Aerodynamics for Engineers, by Dr. Bastian K. Vireth, was written to close that gap permanently. Instead of treating aerodynamics as a stack of disconnected formulas, this book builds it as one continuous chain of reasoning - every result derived from first principles, every derivation checked by hand through fully worked examples, every abstract concept made concrete through detailed illustrations.You'll move from foundational fluid properties and the standard atmosphere, through potential flow and airfoil theory, finite wings, viscous flow and boundary layers, drag, compressible and supersonic flow, and aircraft performance and stability - arriving, by the final chapter, at how modern computation and experiment validate the theory in real aerospace practice. Nothing is assumed. Nothing is skipped. Every idea is earned before it's used.HERE IS WHAT CHANGES ONCE YOU'VE WORKED THROUGH THIS BOOK: The next time someone asks why a wing generates lift, you'll have a derivation, not a guessYou'll walk into a technical interview or design review able to defend your numbers from first principles, not just cite themFormula sheets stop being something you memorize and start being something you could rebuild from scratch if you lost themComplex, abstract flow phenomena - separation, shock waves, boundary layers - become visual and intuitive, not just symbolicYou gain a genuine foundation for advanced coursework, graduate study, or professional aerospace and mechanical engineering work, instead of a shallow pass-the-exam understandingYou finally have real, defensible answers to the questions memorized formulas were always going to fail you onWHO THIS BOOK IS FORThe engineering student who wants to actually understand aerodynamics, not survive it one exam at a timeThe practicing or aspiring aerospace or mechanical engineer who wants derivations they can defend, not formulas they hope hold upThe self-taught, rigor-driven learner who wants a first-principles treatment of flight physics, illustrated and worked in fullAnyone who has looked at an aircraft and wanted a real answer to why it flies - not a recited oneThis is not a light read or a formula reference. It is a structured, rigorous, visually-driven course in the physics and mathematics of flight, built for readers who want to actually think like aerodynamicists - not just sound like one.STOP MEMORIZING ANSWERS YOU CAN'T DEFEND. START DERIVING THEM.Get your copy of An Illustrated Introduction to Aerodynamics for Engineers today, and learn aerodynamics the way it was always meant to be taught - from the ground up. 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. Condition: new. Paperback. IF YOUR GAUGES READ "NORMAL" AND THE SYSTEM STILL WON'T COOL, YOU'RE READING THE WRONG NUMBERS.On an inverter mini split, a pressure reading means nothing without the compressor's operating point - and if you're diagnosing it like a fixed-capacity system, you will misread it every time.Inverter-driven ductless heat pumps entered the trade faster than the training to service them did. The compressor runs at variable speed. The expansion valve is electronically controlled by a microprocessor, not a fixed orifice. The system reports faults by which protection circuit tripped - not by what actually failed. The result shows up on service trucks everywhere: PCBs replaced without ever testing the compressor, refrigerant charge adjusted against charts that don't apply to variable-capacity equipment, and the same fault walking back through the door months later because the root cause was never isolated.This handbook is a complete, procedure-driven diagnostic system for inverter mini split and ductless heat pump service - built in the sequence real fieldwork follows: system architecture and refrigerant fundamentals, power electronics and compressor control, electronic expansion valve and sensor logic, installation and commissioning, refrigerant charging, PCB fault code interpretation, component replacement, and preventive maintenance. Every procedure includes the worked arithmetic behind it, because a diagnostic method you can't verify with numbers isn't a method.WHAT THIS HANDBOOK TEACHES YOU TO DORead the power electronics chain correctly - DC bus voltage, rectification, active power factor correction, inverter bridge, and intelligent power module - with real test valuesDiagnose BLDC and PMSM compressors with winding measurements, insulation resistance testing, and mechanical failure signatures, before condemning a compressor that isn't the problemMaster electronic expansion valve control and the superheat control loop, including stepper drive logic, step position, thermistor testing, and sensor and valve fault isolationHandle A2L refrigerant classification, charge limits, and current work practice requirements with confidenceCharge and commission variable-speed systems using procedures actually designed for inverter equipmentConvert a PCB fault code into a confirmed, component-level root cause using service mode data capture and electrical test sequencesBuild a commissioning record that becomes your permanent diagnostic baseline for every future service callWork through chapter-by-chapter practice problems with a fully reasoned answer key, not just final numbersWHO THIS HANDBOOK IS FORHVAC/R service technicians transitioning from fixed-capacity split systems to inverter ductless equipmentField engineers and installers who need commissioning and charging procedures built specifically for variable-speed systemsApprentices and trade-school students building a structured foundation in modern heat pump diagnosticsShop owners and service managers who need a standardized training reference for their crewsAny technician ready to stop guessing on EEV control, A2L refrigerant handling, or fault code interpretationTHE NEXT INVERTER SYSTEM ON YOUR BENCH WILL EXPOSE WHETHER YOU'RE DIAGNOSING IT OR GUESSING AT IT.Get the handbook now and walk into every service call already knowing what the numbers mean. 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. Condition: new. Paperback. CAN YOU OPEN A SET OF PRINTS AND KNOW EXACTLY WHAT'S BEING ASKED OF YOU - OR ARE YOU STILL GUESSING?That's the line between a helper and a journeyman. Not the tools in your pouch. Whether you can read a panel schedule, trace a single-line diagram, or catch a conflict between the drawing and the spec before it becomes a field problem.Most electricians never actually get taught this. They're handed a stack of drawings on day one and told to "figure it out" - so they learn by copying whoever's next to them, symbol by symbol, mistake by mistake. That works, until it doesn't: until you're on an exam that tests print interpretation directly, or standing in front of an inspector who wants to know why that panel is out of balance, and "I've always just done it this way" isn't an answer.Print Reading Handbook for Electricians 2026 fixes that gap for good. It's a complete 16-chapter visual training system that takes you from the title block on page one to closeout documentation on the last - every drawing type you'll actually encounter in the field, taught the way a print should be taught: with worked examples, practice problems, and answer keys in every chapter, not just theory.Inside, you'll build fluency in: Construction document sets, scale integrity, and a repeatable first-pass orientation procedureElectrical symbols, legends, and building your own job crib sheetPower plans, lighting plans, and multiwire branch circuitsSingle-line diagrams, riser diagrams, and emergency power pathsPanel schedules, bus phasing, and NEC Article 220 load calculationsControl schematics, ladder logic, and motor branch-circuit sizingGrounding, bonding, and low-voltage/fire alarm documentationSpecifications, RFIs, and as-built closeout packagesWhat changes for you: You stop guessing and start knowing where to look first on any drawing setYou catch coordination errors and code issues before they cost time on the jobYou walk into exams and inspections with real print fluency, not memorized tricksYou build the one skill that separates apprentices from journeymen - and journeymen from foremenWHO THIS BOOK IS FOR: Apprentices building their print-reading foundation from scratchJourneymen who learned "on the fly" and want the gaps closedElectricians preparing for licensing exams built around print interpretationForemen and leads who need to catch errors before they become expensiveInstructors who want a structured, example-driven curriculum resourceYou can keep guessing your way through drawing sets. Or you can be the one on the crew who actually reads them.Get your copy of Print Reading Handbook for Electricians 2026 now - and stop being the guy who "figures it out." This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…