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Design and Construction of Wood Framed Buildings
AT LAST! Design, construction and UBC requirements combined in one building system. Tired of books that treat wood design and construction methods as separate theoretical subjects, failing to weave them together like they are in the real world? Design and Construction of Wood Framed Buildings, by Morton Newman, not only bridges this gap, it also cites UBC requirements and constraints every step of the way. Each phase of design and construction is illustrated by one of 350 AutoCAD-generated details or explained with an example calculation. Detail drawings also interpret the intent of the Uniform Building Code. And you'll find all the information organized in the same progression in which you work - general requirements, building design loads, design examples and assembly techniques.
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Maximizing Autodesk Mechanical Desktop
Gain a first-hand understanding of computer modeling concepts as you discover the secrets of using Mechanical Desktop 6 to construct 3D parametric solid parts, generate assemblies, produce 3D NURBS-based surface models, and output 2D engineering drawings! <br><br><br><br>New from Autodesk Press, Maximizing Autodesk Mechanical Desktop is a "must" for mechanical engineers and engineering students alike. Unlike cookbook-style tutorials, this book propels readers to an understanding of computer-aided design theory while offering in-depth instruction in the whys and hows of using Mechanical Desktop to save time and enhance productivity. The first chapter begins with an overview of computer modeling concepts, explains how 3D objects are represented on computer, and introduces readers to the Mechanical Desktop 6 user interface (including use of the desktop browser). Using carefully engineered examples and exercises, subsequent chapters lead readers through the ins and outs of each of the four Mechanical Desktop modules: part modeling, assembly modeling, surface modeling, and engineering drafting. Instruction in converting AutoCAD solids to Mechanical Desktop solids, editing static base solid features by leveraging AutoCAD solid editing tools, and using the feature exchange add-on is also included to empower readers with the expertise needed to fully exploit the power of their software. |
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CAD Manager's Guidebook (Reference) (Paperback)
There's one thing CAD managers agree upon: running a CAD department is a difficult job. This new edition of CAD Manager's Guidebook helps readers anticipate problems and devise solutions within their daily jobs. Complete with an all-new companion CD-ROM, this guidebook's convenient, 3-part organization explains the role of the CAD manager; details how to create and institute your own CAD standards, policies, and procedures; and offers tips and suggestions for maximizing CAD efficiency. Thoroughly updated, this book now reflects the current state of CAD, with coverage of topics such as networking, the impact of the Internet, plus the future of CAD and the drawing file. A must-have reference for novice and experienced CAD managers alike!
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Mastering Autodesk VIZ 2008 (Mastering) (Paperback)
In Mastering Autodesk VIZ 2008, VIZ expert Jon McFarland teaches you how to get the most out of Autodesk's potent 3D modeling, animation, and rendering software. As you follow real-world examples, you'll quickly see how to apply these techniques to your design projects. Whether you're entirely new to VIZ or simply want to master its newest features, this book offers the clear explanations and step-by-step instruction you need to make VIZ work for you.
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Build Your Dream Home for Less (Paperback)
The author does a good job of explaining the building process. However, in an attempt to cover everything, he simplifies to excess. In addition, some statements are downright misleading. As an example, the front cover states that you can "get your plans drawn for free". I found nowhere in the book to explain how that is done. Your own "kitchen table" drawn plans will not suffice. Unless you are in a rare part of the country with no governing juristiction, Code officials usually require certifications from an architect, engineer, truss manufacturer, etc., that demonstrate that the structure will perform to code.
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