If you go to Hong Kong,and meet a woman who name is Li Xiang,than tell she for me ,i love her. Your position:Home->Architecture Books-> Architectural Structures Fundamentals on architectural structures for the architectural professional! Item #: 165-2551-06 ISBN: 0-471-72551-X Author: J. Wayne Place Publisher: John Wiley & Sons Format: Hardcover Price:  $99.00      Product Details Available January 2007. Purchase now and you are not charged until order is shipped! This major survey of structural design supplies the fundamental information for architects and builders to establish the structural concept for a building and deal with structural issues. Using diagrams, models, computer simulations, case studies, and exercises, the book weaves together a comprehensive narrative that makes selecting and giving shape to structures and structural elements understandable. In addition to a common-sense understanding of the principles and issues involved, the complexity of the design process and analytic methods, readers also learn the vocabulary necessary to effectively work with a structural engineer. A companion CD-ROM includes computer simulations and demonstration versions of spreadsheet programs and a structural analysis program, so that the designer can learn how to efficiently collaborate with the project team. 720 pp. Architectural Structures - Table of Contents: Design process Design process overview Types of structural action: tension, compression, bending, torsion Rules of thumb and design guidelines for spans & proportions Design process flow chart. Loads Units of measure Types and magnitudes of loads. General definitions and load combinations Dead loads. Occupancy loads (live loads) Snow Wind Earthquake Residual and Settlement Stress Thermal Stress Friction Structural Analysis Forces & Moments Equilibrium, action-reaction pairs, reactions Internal moments and internal forces Materials Materials overview Comparison of basic properties Wood properties Steel properties Concrete properties Aluminum properties Members in tension, compression, or shear Tension Columns: Generic issues Steel columns Precast concrete columns Beams Generic beam issues: Shear, moment, and deflection Wood Beams Wood decking Solid-sawn wood beams Wood I-Joists Laminated Veneer Lumber (LVL) Beams Glue-laminated (glulam) wood beams Steel beams Selecting corrugated steel decking Sizing steel I-beams from tables Precast/prestressed concrete beams Concrete double-T?s (DTs) Concrete hollow-core planks (HCPs) Concrete L-girders Torsion Trusses Flat-Top Trusses Joints method applied to systems of two-force members Joints method applied to 4-bay truss using exploded diagram Joints method applied to 5-bay truss using exploded diagram Simplified joints method applied to systems of two-force members Force patterns in simple-span, parallel-chord trusses Simplified joints method applied to modified Warren truss Simplified joints method applied to rectangular-bay truss Simplified joints method applied to trusses with double cantilevers Optimal double cantilevers in continuous parallel-chord trusses Simplified joints method applied to trusses with single cantilevers Optimal single cantilevers in continuous parallel-chord trusses Modifying simple-span trusses by moment connecting to stiff columns Concepts for trusses with flat top chords Truss concepts for admitting natural light Sizing steel truss members Selecting standard steel trusses Methods of manufacture and assembly Sizing procedures for simple-span parallel-chord trusses Load tables for K-series trusses Load tables for LH-series trusses Load tables for DLH-series trusses Load tables for SLH-series trusses Load tables for Joist Girders Economic implications of truss spans Trusses integrated with HVAC systems Variations on the column grid Integrating the HVAC into the structural volume Compressive spanning structures Arches and Bow Trusses Achieving true arch action Reducing the force by increasing the depth-to-span ratio Variations in the internal compressive force Lateral stabilization of the arch Vertical stabilization of the arch: resisting roll-through buckling Funicular shape under the primary load Broadgate Exchange House (SOM) Analysis of bow truss with top chord in the form of an arc of a circle Cantilevered, curved-top trusses Vaults Barrel vaults Hyperbolic paraboloids (hypars) Toroidal vaults/Schubert Club Band Shell Hyperbolic paraboloids with boundary elements on the directrices Cross vaults Tensile spanning structures. Suspension structures Supporting the suspension element Addressing shifting loads Wind load on suspension structures Federal Reserve Bank Building Cable and fabric structures Cable trusses of the Virginia Beach Convention Center Cable trusses of the General Motors International Headquarters Cable network of the Seattle-Tacoma International Airport Dorton Arena Denver International Airport Munich Olympic Stadium Tensile models Lateral bracing systems Basic bracing systems Triangulated lateral bracing Rigid-frame lateral bracing Strategies for admitting natural light to multistory buildings Contact Us-------------------------------------ddpcn.com * Required information Full Name: * Your Email: * Message:* Preview:ASCE 7-02 Standard - Mi      Next:Timber Construction Man ASCE 7-98 Standard - Minimum Design Loads For Buildings And Other Structures, 1998 Drywall Contracting ASHRAE HVAC Systems & Equipment Handbook 2000, SI Edition Architecture: Form Space and Order, 2nd Edition Timber Construction Manual, AITC, 5th Edition ASCE 7-02 Standard - Minimum Design Loads for Buildings and Other Structures, SEI, 2002 The Graphic Standards Guide to Architectural Finishes Wood Frame Construction Manual (WFCM) for One and Two-Family Dwellings (2001 National Ed.) 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