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Theory and Design for Mechanical Measurements, Fifth Edition International Student Version Broché – 25 janvier 2011
Options d'achat et paniers Plus
- Nombre de pages de l'édition imprimée601 pages
- LangueAnglais
- ÉditeurWiley
- Date de publication25 janvier 2011
- Dimensions19.05 x 3.45 x 23.5 cm
- ISBN-100470646187
- ISBN-13978-0470646182
Détails sur le produit
- Éditeur : Wiley; 5th Edition International Student Version (25 janvier 2011)
- Langue : Anglais
- Broché : 601 pages
- ISBN-10 : 0470646187
- ISBN-13 : 978-0470646182
- Poids de l'article : 1,09 Kilograms
- Dimensions : 19.05 x 3.45 x 23.5 cm
- Commentaires client :
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Concepts are well explained. I wish there were more examples, but the ones present are good ones. Writing is a little dry, even for an engineering textbook - but again, that might just be my take on the material.
To be honest, I think our class that uses this book tries to expose us to material that probably should be taught before even using this book, that being said this really isn't a good book for a beginner, but it probably is a requirement for most doing their undergrad, there are some actual examples that haven't been fixed, which is rather pathetic for a 5th edition book.
Another note that I'd like to make is I know or I "feel" that the author is not actually aware of the significant figures rules... he rounds after every math operation to the respective significant figure... but if you are trying to reduce error and maximize consistency you keep it in variable form.. or try to anyway... round to a reasonable number of significant figures for simplicity's sake.. then round finally at the end... He round up sometimes by a whole tenths place or by 2 sig figs, even though the number is.... well lets say for example you have a value of 1.3042 inches, and this is not the final result you are interested in, he will literally round it up to like 1.31 inches and plug it into the next equation, that's terrible standards, and he often does this on qualitative measurements not quantitative where perhaps rounding to a whole digit is necessary for when account for a number of samples. Enough examples I suppose, this by far is one of the hardest books to learn from.
Normally I don't write reviews, but all things considered I felt this one deserved it. This is quite honestly up there in helpfulness as the standard dynamics and static book written by Ferdinand Beer if not just as useless, no need to bash him completely, I suppose his mechanics of materials book is probably the best written book I've had to use so far, so much so that I could actually do every problem just after reading the respective chapter. That being said you can take my review in grains, but in my honest opinion a measurements book should be a reference book where everything is straight forward, something this book tries to accomplish, but when I mean straight forward, I mean there should be no question in math or methodology, it should look like a path with a straight line, obvious and laid out, I needed to know how to do measurements, which this book failed to deliver to me.