Showing posts with label structural engineering. Show all posts
Showing posts with label structural engineering. Show all posts

Architectural Engineering Design: Structural Systems Review

Architectural Engineering Design: Structural Systems
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Do not use this book without an Engineering or Architecture professor to help you through the errors within. The book is full of errors of continuity, strange/bad math, and inconsistency. The errors are so numerous, that it makes you wonder if you can trust any of the formulas to be accurate. For example: a sample problem in beam design gives the formula to use (from a table), defines the variables, gives the values for the known variables; and then in the problem-solving steps, uses different values for the known variables than what was listed in the preceding "Given" section! Furthermore, the answer arrived at cannot be made by the equation provided! There are also errors where a formula is listed in tables and that formula is referred to later and used for a problem, but the formula is not exactly the same as the table; there is no explanation for the difference.
I recommend "Simplified Engineering for Architects and Builders" (Ambrose/Tierney), instead.

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This work includes new structural system standards for designing modern buildings. For the first time in nearly 40 years, here is a completely new professional handbook for designing structural systems in architecture. Based on a thorough reexamination of all the old formulas and guidelines in light of the latest environmental research and digital technology, this volume provides essential criteria for designing wood, steel, aluminum, concrete, masonry, even fabric structures for any building, from total systems to tiny details. Best of all, this volume's interactive CD-ROM allows you to solve the most complex problems at lightning speed! It's incredibly easy. Simply access the formula you need, click on the variable you want to solve, enter numerical values for the other unknowns, click compute -and there's your answer! No math! No mistakes!Together this thick volume and its accompanying disk offer you fingertip access to these invaluable aids and features: text guidelines for selecting and sizing more than 220 structural system components in modern buildings; new and accurate formulas for impact loads, horizontal shear, metal decking, staircases, and many more design scenarios; concise no-math menus for each formula that describes each unknown (No more rummaging through the text for the meaning of an unknown.); 360 illustrations and 57 sizing tables that summarize operation of buildings, from tiny detectors to total management systems; and latest environmental considerations relating to siting and comfort. Created by an architect with more than 40 years' experience in the field, "Architectural Engineering Design: Structural Systems" provides you with near-instant solutions to hundreds of complex problems-leading you to less time wasted, less dependence on outside specialists, fewer change orders, faster turn-around time, less exposure to litigation, and happier clients, all of which add up to extraordinary bottom-line benefits!

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Understanding Structures Review

Understanding Structures
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This book includes examples of actual buildings, depicted in exquisite drawings, and illustrates the structural loads and forces with concise diagrams. A must for beginning architecture students.

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The goal of this book is to provide the architecture student with a conceptual introduction to architectural structures and to emphasize the importance of integrating structure and architectural design.This is done with an introduction to the basic principles (Statics, Dynamics, and Strength of Materials) followed by the various structural systems.The clear, non-mathematical presentation stresses their architectural design implications. It lays the conceptual groundwork for subsequent advanced courses such as Statics, Strength of Materials, and Timber, Steel and Concrete.

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Form and Forces: Designing Efficient, Expressive Structures Review

Form and Forces: Designing Efficient, Expressive Structures
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This book is amazing and all structural engineers and architects, students included, should have this on their bookshelves. But more importantly than having it in your library is actually plunging into it and learning from it because if you learn these techniques they will completely transform the way you think about structural form and forces. I have been using this book in my classes, one class is taught to architecture students and the other to structural engineering students. The results have been astounding, the architecture students are empowered by the form finding tool of graphic statics and the engineers are thrilled by the beauty and logic of the force finding process. Both groups of students came up with dozens of elegant and efficient structures by linking the forces to the forms, and that is what I mean by "life changing". I find myself totally enthralled by this method and the power it unleashes. I have a PhD in structural engineering and I am a registered engineer in California and I have never been so excited about a technique as I am with this one. The book is clearly written, down to the level of having figures and text match up on the page so you don't have to flip pages to refer to a figure. Some exercises are straightforward, so much so that I taught them to 6th graders as an outreach exercise. Other sections are deeply connected to higher order theories and merit study from my graduate students. Many references are made to the giants of our profession who have used these techniques to design graceful and efficient structures. Yet the book manages to be all these things in a precise and clear manner. The authors really want you to understand each step thoroughly and they give you the tools needed to really understand important ideas about structural form.

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Here, in one volume, is all the architect needs to know to participate in the entire process of designing structures. Emphasizing bestselling author Edward Allen's graphical approach, the book enables you to quickly determine the desired form of a building or other structure and easily design it without the need for complex mathematics. This unique text teaches the whole process of structural design for architects, including selection of suitable materials, finding a suitable configuration, finding forces and size members, designing appropriate connections, and proposing a feasible method of erection. Chapters are centered on the design of a whole structure, from conception through construction planning.

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