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Structural
Standards & Codes
2009 IBC Handbook: Structural Provisions (With CD)
Essential Reference For Engineers,
Architects, Inspectors & Building Code Officials
This completely detailed and in-depth discussion on the
2009 IBC® provides a great wealth
of code knowledge for anyone working with the structural provisions of
the code. Well-known authors S.K. Ghosh, Ph.D., and John Henry, P.E.,
provide detailed discussion on the requirements in Chapters 16–23 and
trace the historical background and rationale of code provisions. The
Handbook also contains more than 200 full-color drawings and figures to
clarify the application and intent of code requirements
2006 IBC
Structural / Seismic Design Manual, Volume 1:
Code Application Examples
Volume I provides a step-by-step approach to
applying the structural provisions of the 2006 International
Building Code®. Containing 57 examples, each illustrating the
practical application of specific structural/seismic provisions,
this manual is an invaluable resource for structural and civil
engineers, architects, code officials, and students. (212 pages)
2006 IBC
Structural / Seismic Design Manual, Volume 2:
Building Design Examples for Light-Frame, Tilt-Up and Masonry
Volume 2 provides a step-by-step approach to
applying the structural provisions of the 2006 International
Building Code®. It contains examples covering a broad base of
problems addressing both structural and seismic issues. This manual
is an invaluable resource for structural and civil engineers,
architects, code officials, and students. (355 pages)
Loads and
Load Paths in Buildings: Principles of Structural
Design
This long-awaited book from
well-known author and professor Narendra Taly
focuses on loads and load paths with an emphasis on
methods for determining member loads in structures.
Loads covered include dead and live loads, snow and
temperature loads, wind loads, and seismic loads.
Each load is discussed in detail in its own chapter
supplemented with several practical examples and
detailed calculations. Includes more than 400
illustrations and photographs. Perfect learning tool
or everyday design guide! (872 pages). A problems
and solutions manual is also available for this
publication
Also
Available >>>
Companion
Study Guide with Problems and Solutions
Steel Structures -
Behavior and LRFD
Mirroring the latest developments
in materials, methods, codes, and standards in
building and bridge design, this is a one-of-a-kind,
definitive reference for engineers. Authored by R.
L. Brockenbrough, P.E. and Fredirick S. Merrit. This
is a Mc-Graw Hill publication co-published with ICC.
It is part of their ASCE Press series. (Hardbound,
800 pages)
Structural Design Guide To The ACI
Building Code
Structural Design Information Related To Reinforced Concrete Building
Codes
480 page design guide to the requirements and regulations related to the
ACI Building Code for reinforced concrete structures. Created to be used
with the ACI Code and Commentary, this
outstanding guide follows the new Code format with information covered
in more specific sections and subsections in order to enhance clarity.
In addition, it shortens the time needed for computer-aided design and
analysis, converts code formulas from the review form to direct design,
and presents simple formulas, tabulations, and charts for conservative
longhand direct design
Structural Engineer's Professional Training
Manual
Filled with illustrations and
practical “punch-list” summaries, this
career-building guide provides an introduction to
the practice and business of structural and civil
engineering, including lots of detailed advice on
developing competence and communicating ideas.
Comprehensive and easy-to-understand, The
Structural Engineer's Professional Training Manual
offers a solid foundation in the real-world
business and problem-solving skills needed in the
engineering workplace.
Structural Steel Design ASD, 2nd Edition
Updated to the 2006
International Building Code® and AISC's Steel
Construction Manual, 13th Edition. This new
edition on Allowable Stress Design provides a
detailed interpretation of the AISC Specification
and illustrates the specification requirements with
more than 100 design examples and detailed
step-by-step solutions. It reflects current design
procedures and provides concise solution techniques
for design problems.
Structural Steel Design ASD,
4th Edition
Introduction To Structural Steel Design In
Easy-To-Understand Format
This introductory text on structural steel design
continues Jack McCormac's tradition of writing
textbooks that are accessible to students.
Complicated theoretical derivations are presented in
an easy-to-understand manner without overburdening
students with technical explanations. The latest
edition of this popular text conforms to AISC's 1989
Standards on Allowable Stress Design. Numerous
topics have been expanded in the fourth edition
including block shear, flexural-torsional buckling,
and eccentrically loaded connections. Due to the
expanded interest in the LRFD method, four chapters
have been added to the text as an introduction to
the subject
Structural Steel Design
LRFD and ASD, 4th Edition Fully
Updated To Cover LRFD and ASD Designs In One Reader
Friendly Guide
The material is presented in a clear,
reader-friendly style. This best-selling text has
been fully updated to conform to the latest American
Manual of Steel Construction. Both Load and
Resistance Factor Design (LRFD) and Allowable Stress
Design (ASD) are now covered and calculations are
worked out side-by-side to allow for easy
identification of the different methods. Use of SI
units as an addition to the primary use of
Inch-Pound units. New coverage of Lateral Torsional
Bending and Hollow Structural Sections. For steel
design students and professionals
Structural
Steel Designer's Handbook - Fifth Edition Details The
Latest Development in Structural Steel Materials,
Methods & Standards
The Fourth Edition of the one-of-a kind reference
updates descriptions and examples to reflect the
latest code provisions of AISC, AASHTO, and AISI, as
well as current loadings published by ASCE and
adopted by the IBC (International Building Code).
The text provides this essential data -- and
demonstrates its application.
Structural Wood Design - A Practice Oriented
Approach
A
Simple, Practical, and Concise Guide to Timber
Design
To fully understand structural
design in wood, it is not sufficient to consider the
individual components in isolation. Structural Wood
Design: A Practice-Oriented Approach Using the ASD
Method offers an integrative approach to structural
wood design that considers the design of the
individual wood members in the context of the
complete wood structure so that all of the
structural components and connectors work together
in providing strength. Holistic, practical, and
code-based, this text provides the reader with
knowledge of all the essentials of structural wood
design.
Unified Design of Steel Structures A Clear Guide to the
ANSI/AISC 360-05 Specification for Structural Steel Buildings
Based on the understanding that the strength of an
element or structure can be determined independently of the design
philosophy, the 2005 unified ANSI/AISC 360-o5 Specification for
Structural Steel Buildings Successfully brought together the two
divergent approaches to the design of steel structures, the ASD and
the LRFD. Unified Design of Steel Structures demystifies this new
specification for both practicing engineers and students.
Wind
& Earthquake Resistant Buildings: Structural Analysis & Design
A resource that addresses much of the history and
intent of major design provisions in of the building codes in a
reader-friendly manner. Dr. Taranath explains critical code specific
items and structural concepts, includes real world examples with
explanations, and provides a fundamental understanding of the
behavior of steel, concrete and composite building structures.
Contents cover wind loads, seismic design, steel buildings, concrete
buildings, composite buildings, seismic rehabilitation of existing
buildings, gravity systems and more. ACI 318-02, AISC 341-02, ASCE
7-02, 2003 IBC and 1997 UBC are referenced. Approximately 904 pages,
hardbound
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