Mechanical Books

I really needed this book when I first started distribution system modeling in 1987. It should be required reading for anyone in the business. The authors did a fine job of remaining objective in content. I am requiring our younger engineers to read this book before they jump into modeling.

This is one of the best sources of information for water modelers. Chapters are well organized and the information is comprehensive and focuses on the practical aspects of water model development.

This text is absolutely amazing! It is a fabulous reference and "go-to" book for everyone involved in Water Distribution Modeling. It just doesn't get better than this text. Everyone should have a copy.

This book (and a Book it is, not just a softcover publication) provides an excellent mix of theory and practice. The theory being comprehensive but without details that would not be of relevance to the practical user, supplemented by lots of practical applications and advice.
The use of both American and metric units renders the book equally useful to readers on either side of the Atlantic. Last but not least, the complimentary copy of the academic version of WaterCad allows readers who otherwise do not have personal access to a hydraulic network computer program, to work out the various problems and questions at the end of each chapter at their own pace.

In short, a book to be recommended!

Water Distribution Modeling has been a very useful resource for us with our water distribution systems GIS integration.

I have a 1987 Catalina 30 sailboat with a diesel engine. I wish I had purchased a copy of this book six years ago when I bought my boat. I might have saved hundreds and maybe even thousands of dollars in yard bills by doing more of the work myself with the help of this book. I have the 2nd Edition published in 1995. I think it is well organized, well written, and I find the illustrations to be clear. A friend of mine purchased the 3rd Edition, which has updated information, particularly on electronics. However I am extremely satisfied with the 2nd Edition for my needs.

No this is not a book for inland gas boats! This is a book for ocean going vessels. Both power and sail. I have cruised on a 28' Columbia (outboard) and a 41' Islander Freeport (perkins). It was a *must have* with the Cruising Handbook in 4 years of full time cruising. [...] Fairwinds!

This is the second Nigel Calder book I own, and I am even more impressed. I am an ASA-certified instructor qualified to teach through bareboat chartering and coastal navigation. I have sailed on all sorts of boats, have owned a cruising style boat for six years, have heard boat owners and students complain about various problems, have read dozens of books, and through all of this have experienced so many mysteries related to corrosion, electrical problems, equipment problems, and issues with various boat systems. For the first time, I feel I have a single reference manual specific to boat systems that not only provides clear troubleshooting steps but goes beyond troubleshooting to clearly explain the mechanical and physical principles that demystify why things go wrong and how the troubelshooting steps systematically work through problems. The explanations are understandable, the instructions and safety tips are effective, and the diagrams and photos are valuable. It has already helped me deal with a grounding problem that was causing our main cirvruit breaker to trip!

I'm redesigning the electrical system for my boat and portions of this book has given me the knowledge to make informed decisions, with an understanding of the trade offs, about what features and capabilities I would like my new system to have. It has also provided information to allow me to make intelligent decisions about selecting new components to achieve my electrical system goals efficiently (save money by not buying things I don't need). I would recommend this book for the person with a basic knowledge of electricity who wants to understand either how their current electrical system works or how they might change it to make it better.

This is a great book. I love the extensive coverage of electrical systems, as it seems so many boaters have problems with electrical. I was a little surprised that the engine section only covers diesel engines. No big deal, as most of the other stuff applies to gas too (impellers, transmission, etc), but I wanted to know a little about a head overhaul and there's not much there for the gas engine owner.
Still, I'd highly recommend this book to any boat owner who also has the gumption to do the work themselves.

It is hard to describe how indispensable this book becomes once you own it. Extremely rich reference for all things mechanical. Not only tables, very interesting reading material too.
I've been reading it as a bedside book for a month, and the knowledge within seems endless.
I got the small print version, no complaints about that. Maybe in 20 years it will make a difference, though.
The only issue are units: some info in metric system, other imperial. But A++ still.

I have always needed one of these now I have one. I am so glad I really needed it.

The product was delivered as promised in new/as new condition. The book is very informational for machinists and engineers alike.

I AM A DESIGNER/ DRAFTER AND I HAVE TO SAY THAT THIS BOOK HAS ADVANCED MY KNOWLEDGE GREATLY IN MECHANICAL DESIGN.

I got the handbook because it was required for one of my classes, and I am glad i got it because we can use it on tests and and while we are doing assignments.

As an adult Model Rocketeer for the past 16 years, I can say that every Rocketeer should have this in their library. It is indeed "the Bible" of Model Rocketry. It is a goldmine of information and technical know-how, and will lead a beginning Rocketeer on the right path. Even someone who's just curious about Model Rocketry will learn a lot from it.

This is without a doubt the best book on model rocketry I've ever seen, and I read it from cover to cover. It deals with every aspect of rocketry in a very accessible manner (for example, presenting formulas for various calculations, but not requiring their use). It is organized so that the reader can focus on single aspects of a rocketry program (for example, separate chapters on aerodynamics, rocket propulsion, recovery systems, altitude measurement). I am a science teacher and coach to two Team America Rocketry Challenge teams, and I keep copies of this book available for my teams as reference. I wish it had more information on electronic payloads, but that is a more advanced topic, so it is very forgivable. If you own only one book on rocketry, this is the one to buy.

Great reference for all levels. Perfect for schools or curriculums that have a model rocketry club.

Very detailed, easy to understand, its rocketry 101 and much more.

Model rocketry has come a long way since this book's first edition was published and the book does a great job of covering the basics of "How to get started" while addressing the ever expanding set of topics being introduced 40+ years later. The book provides some of the hobby's history and the 'hows and whys' of model rocketry. The book balances detail such as mathematics to compute aeronautical computations with rules of thumb one can use if science and math are not as interesting as building and safely launching a cool model rocket. While the book does not comprehensively cover mid and high power model rocketry topics, it does address some of the basics for those 'moving up'. Photos and illustrations are great.

Great book for reference and self study if you remember your circuit analysis and laplace transforms. Very detailed with out making ones eyes gloss over. Do wish it had a few more d examples but overall cant complain.

This book can be an excellent resource for any Analog Integrated Circuit Design Electrical Engineering student or practicing engineer. The book can assist in the modeling of IC devices such as transistors, resistors, and capacitors. It also sensibly covers the building blocks of analog integrated circuits: gain stages, output stages, level shifters, current sources and mirrors.

The reader is expected to have a general understanding of electronics, frequency-domain analysis procedures, and understand basic Pspice operations. The book generally covers enough material for a half-year of courses at the upper-division/graduate level although the book could certainly be useful for a single class.

The material generally starts out as basic and proceeds to a complex level. There are helpful figures and diagrams on nearly every page and the organization is generally sensible and intuitive. There are many worked examples and hundreds of end-of-chapter problems. The text is supported by a website that offers downloadable design projects, additional examples, and design software. Franco has done an admiral job at presenting a complicated subject.

Here's a brief description of SOME of the topics found in each chapter:

1) Basic amplifier concepts and arrangements are explored. Also covers negative feedback, the loop gain, and basic circuit analysis.

2) Current-to-Voltage & Voltage-to-Current Converters, Current, Difference, Instrumentation, and Transducer Bridge Amplifiers.

3) Active Filters. Transfer Function, 1st order, KRC, multiple-feedback, state-variable, audio, and biquad filters.

4) Filter Approximations, switched-capacitor, universal sc filters, and cascade design.

5) Low-input bias-current Op amps, low-input-offset-voltage Op Amps, Op Amp Circuit Diagrams, and Input offset Voltage.

6) Open and Closed loop response. Transient Response, Input and Output Impedances, and effect of Finite GBP on Filters and Integrator Circuits.

7) Noise Dynamics and Properties. Sources of Noise and Low-Noise Op Amps.

8) Stability problems. Stability of CFA Circuits and in Constant-GBP Op Amp Circuits. Internal and External Frequency Compensation.

9) Schmitt Triggers, analog switches, voltage comparators, and precision rectifiers.

10) Sine, Triangular, Sawtooth, and Monolithic Wave Generators. Also Multivibrators and V-F and F-V Converters.

11) Voltage References and Regulators. Switching, linear, and monolithic switching regulators.

12) Performance Specifications, D-A and A-D Conversion Techniques. Oversampling Converters and Multiplying DAC Applications.

13) Nonlinear Amplifiers. Phase-Locked Loops, Monolithic PLLs, Analog Multipliers. Log/Antilog and Operational Transconductance Amplifiers.

Mulling through some old reviews, I noticed that I left a technical error (more of a technical glossing-over) in my review of Franco's opus. It's high time I corrected it, since it's been there for more than a year, no doubt befuddling readers who thought they knew something about analog electronics. Specifically, I had said that the designation of the input terminals as '+' and '-' really made no difference: it's more reflective of convention, sciz. (assuming something other than a difference amplifier), the significant input network is attached to '-'--with '+' grounded--if the configuration is inverting, but to '+' (with '-' grounded) if the configuration is non-inverting. That's the truth, but it isn't the whole truth. When we examine border cases--those that tax the operational limits of the device, straying outside the "passband," analogically speaking (yes, I know, that typically refers to a frequency range, but here I use it to address an input voltage difference range)--the otherwise cosmetic or mnemonic choice of '+' or '-' terminal becomes rather more manifest. Remember that the amplifier actually amplifies the input voltage difference in the microscopic sense--even though it implements a semantically notable linear operation in the macroscopic sense--relying upon the feedback network to remanufacture an appropriate input voltage difference that maintains the nominal purpose of the circuit. When things go ape and the input voltage difference is much too high or, alternatively, much too low (and that may be a tough nut to crack), the output characteristic will be dependent upon what was connected to '+' and what, to '-'.

Now, wasn't that as clear as mud? Remember, I'm constrained to use words, and words alone, as my medium of communication, and, since I have only a fraction of a thousand words, I have only a fraction of a picture!

This is an excellent book on linear circuit design, the best I have read to-date. It covers feedback theory, ideal op amps, active filter design & most importantly practical op amp limitations. It also covers voltage regulators, voltage references, ADCs, DACs, op amp noise & more. What I liked most was the combination of mathematical circuit analysis & practical design. Too many books show useful circuits without bothering to explain anything about how they work. It also has plenty of exercises to tax the brain.

Really a top notch book on op-amps and almost anything you'd ever do with them. Has math where it's needed and rules of thumb where it isn't. Actually is just a great analog design book altogether. Really the definative text on the subject of designing with op-amps.

A book that will never get dusty, always something to look up. Wonderful addition to my library and desk.

This book is a great tool for engineering students and expeienced engineers alike!

This book is a newer version to the one my father lent me while on my first internship. I recommend this book to any engineer, since you can find all the formulas you might ever need all in a nice pocket size book.

This a must have for all engineers, it contains the simplest to more complex formulae required for day to day engineering calculations & design.

The fun thing about this book is that it has everthing you learned (or should have learned) getting your Engineering degree. It's all there! It usually takes some time to sort thru what all the vaiables mean, and often you have to flip between look up tables, but it is so charming to find EVERYTHING in one spot in a book so small you can carry it in your front pocket.

Dr. Anderson's book is an excellent tool if you'd like to teach yourself aerodynamics and have the background in math to handle it (multivariable and vector calculus...get "Div, Grad, Curl, and All That" if you need a refresher). His derivations are very clear and his chapter maps provide a nice road guide to give you an idea of where you're going. This book is also very good at maintaining rigor in describing the limitations of the derivations, a necessary quality since a lot of us tend to forget that the results we see are only valid in certain circumstances (incompressible flow, irrotational flow, inviscid flow, etc.).

Very few downsides: a few typos and no answers to end-of-the-chapter problems.

Over 5 years as an aerospace engineer at Boeing and Lockheed Martin, I have used this book far more than any other for aeronautics. This is not only a good textbook, but an excellent reference, and one of the few technical books I have found worth reading cover-to-cover. Many engineers simply say "look at Anderson" to find whatever answers you need.

5 Stars.

Fundamentals of Aerodynamics, by John D. Anderson, provides an excellent foundation in aerodynamics for engineers. Presented at the graduate or senior undergraduate level, this book covers all of the fundamentals in a student-friendly manner that also works well as a professional reference.

Dr. Anderson has quite a gift for placing information in appropriate contexts - both technically and historically. The book is well organized and promotes learning by laying a solid foundation and then building on that foundation. The sample problems presented through the chapters are clear and effective at illustrating important points.

Major topics include: Incompressible non-viscous flow, Compressible flow, and Viscous flow (including an introduction to boundary layers). Significant time is spent on potential flow theory and it's application to the prediction of lift and induced drag.

Also recommended for students of aeronautics are Dr. Anderson's other titles, including:

- Introduction to Flight

- Modern Compressible Flow with a Historical Perspective

- Introduction to Computational Fluid Dynamics

With no doubt this is the best Aerodynamics book for college students ever written...ever!Very clear explanations,full of examples and a good set of exercises to challenge your understanding of the subject. The only negative point is that there no answers to the problems.

"Fundamentals of Aerodynamics" is an excellent book by a knowledgeable author that provides the basic know-how and skills that an aeronautical engineer will find useful and helpful. The book is well written in a readable and easy to follow format that provides the reader with a comprehensive overview of aerodynamics. The author reinforced his message with numerous helpful examples and several illustrations which should help the reader to grasp the aerodynamics concepts and principles.

This is among the best aerodynamics books on the market for those studying the subject. You will find the aerodynamics concepts and theory well presented and explained.

This is recommended reading for those studying aeronautical engineering at undergraduate level. Practicing aeronautical engineers will also find the book to be a useful reference.

...which which is good for mathematicians and students. To be honest, I purchased this book to gain some insight and practical examples on probability for trading purposes. While this book offers a lot of information about the subject, it wasn't exactly what I was looking for. It'll probably be more useful to someone who'd develop their own automated system, but not very much for scalpers or swing traders.

I used this book in conjunction with "Probability and Random Processes with Applications to Signal Processing" by Stark & Woods, and I would have to say that this Schaum's outline filled in the gaps nicely. Stark & Woods has a nice selection of exercises, but unfortunately there are no solutions to any of the problems in the book, so you have no way of knowing whether or not you have grasped the material. That is where this outline came in handy. It manages to cover all of the issues in random processes, including basic probability, random variables and multiple random variables, functions of random variables, convolution, estimation and decision theory, and queueing theory. Chapters five and six on the processing and analysis of random processes are particularly useful to those readers who are interested in applications to signal processing and communications theory. Each chapter has an excellent selection of exercises with solutions to test your knowledge. The only possible drawback of this text is that it often approaches the material from a mathematician's viewpoint more than that of an engineer. Therefore, there are quite a few proofs included as exercises that probably won't be that helpful for students of the applied sciences. The reader should already be comfortable with multivariable calculus as well as linear algebra to get the most from this book. Also, though chapter one reviews probability quite well, this should probably not be your first excursion into the subject. The only difficult part of random processes that I found this book a bit weak on was on the subject of functions of random variables. Again, this is probably because this text takes more of a mathematician's point of view and functions of random variables is more of an engineering subject.

This book is a GOD SEND. I have been utterly confused in my upper division probability course, but this book has so many great worked out problems that it worked out all my problems understanding the subject material. I thought I would fail the class, but I will probably get a B!

This book has many exercises with answers/solutions to each and every exercise covering a wide range of topics from probability. The book, however, should be used along with an appropriate probability textbook. An excellent companion to Hsu's book is the introductory text by Henk Tijms. This book contains many worked-out examples and exercises as well, but also explains why probability works and how it can be applied in practice. As engineering student, I learned a lot by using both books.

I wish I had this when I was taking my probability courses. It presents concepts in a clear and understandable way, and the solved problems provide excellent guidance. After working through the solved examples, I finally had a better understanding of random variables, pdfs, cdfs, random processes, etc. I would strongly encourage solving as many problems as you can in this book as you are going through other texts or taking a class on this. Reading through a textbook may lull you into thinking you already understand it, and waiting a long time for feedback on homework may make you more lost in class. Doing exercises will help identify your weaknesses and provide instant feedback on areas you may need to study more. With this stronger foundation, you can appreciate and understand better what the other texts are discussing.

I used this book in grad school about 15 years ago and got it out again yesterday to learn more about sophisticated path deformations in the complex plane. This style of going through interesting examples, pointing out possible trouble and explaining the main ideas is perfect for physicists who need advanced math tools but hate typical math papers of the proof-lemma-proof-type.
It's not outdated, symbolic math software can do a lot, but often can't handle the full problem and you have to simplify by hand before starting the computer.

This is one of the finest books ever written on classical asymptotic analysis, one of the most useful areas in mathematics for engineering applications. The material is quite outdated now since the present research is almost completely computational.

Nevertheless, one of the finest applied mathematics texts.

It's a very good book for students and engineers of science and technology. It's worth reading Orszag's book.

I am a mathematics professor, and asymptotic methods is my area of expertise. Bender and Orszag was the standard text on this topic in the early 1980s, and it remains by far the most thorough book on the subject. I had two courses from it in graduate school and have taught from it 3 times now. I have never found a mistake. The book is very well written; its only weakness is that its graphics reflect the technology of the 1970s. Nevertheless, I am teaching from it again next year, because it is in a class by itself.

There is one thing that individual readers and faculty users should be aware of. Some of the exercises, including a few marked as "intermediate," are incredibly difficult. My instructor made the mistake of assigning exercises without working them first. I am careful not to assign any exercises until after I have worked them.

I had the privilege to explore this guide to the universe of asymptotics under Prof. Bender. I used to think, and still do (about 2 decades on), that this book is like the Rosetta Stone, and enables us to solve anything in applied mathematics.

A must have for anyone looking to understand the incredible universe we find ourselves in!

This book should be on every engineer's shelf.

The content is amazing the included software is extremely useful, Haestad Press has hit the mark with this text/software combination.

This book is simply amazing. Evaluation software has been extremely useful. A must have for professionals and students alike. The CEUs are a great bonus!!

This book is perfect for students and civil engineers working in the hydraulics or hydrology field. The software included is great to have a better feel of the theory.

CAIHE is a great learning tool for practicing engineers. I used it to brush up on my StormCAD skills, and learn some new tricks in CulvertMaster.
For the first time I used PondPack, by following the step by step tutorial. I can't believe how easy this software is to use. This is quite an improvement on the spreadsheets I've been using.
Nice job Haestad!

I have read this book and find that it is very helpful. It is very simple and easy to understand, whether for students or experienced engineers. The step by step exercises helped me with the trial software that came along with the book. The book has definetely helped me get a better approach towards applying computers in my work.