Structural Design A Practical Guide for Architects 2nd Edition by James Underwood, Michele Chiuini – Ebook PDF Instant Download/Delivery: 0471789046 , 978-0471789048
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Product details:
ISBN 10: 0471789046
ISBN 13: 978-0471789048
Author: James Underwood, Michele Chiuini
Written for the practicing architect, Structural Design addresses the process on both a conceptual and a mathematical level. Most importantly, it helps architects work with structural consultants and understand all the necessary considerations when designing structural systems. Using a minimum of simple math, this book shows you how to make correct design calculations for structures made from steel, wood, concrete, and masonry. What?s more, this edition has been completely updated to reflect the latest design methods and codes, including LRFD for steel design. The book was also re-designed for easy navigation. Essential principles, as well as structural solutions, are visually reinforced with hundreds of drawings, photographs, and other illustrations–making this book truly architect-friendly.
Structural Design A Practical Guide for Architects 2nd Table of contents:
Chapter 1: Introduction: Understanding Loads
LOADS
How Are Loads Determined?
Gravity Loads
TRIBUTARY AREAS
LATERAL LOADS–WIND AND EARTHQUAKES
Structural Systems for Lateral Loads
LATERAL LOADS: WIND
Wind Design Criteria
LATERAL LOADS: EARTHQUAKE
Earthquake-Resistant Construction
Earthquake Design–Equivalent Lateral Force Procedure
Base Shear Force Distribution
LOADING CONDITIONS
Chapter 2: Load and Resistance Factor Design
LOAD COMBINATIONS
RESISTANCE FACTORS
WORKING STRESSES VERSUS LRFD DESIGN
ELASTIC SECTION MODULUS AND PLASTIC SECTION MODULUS
SHAPE FACTOR
Part ONE: STEEL
Chapter 3: Materials and Properties
STRUCTURAL PROPERTIES OF STEEL
ALLOWABLE STRESS
YIELD STRESS
STANDARD SHAPES
FIRE CONSIDERATIONS
SURFACE FINISHES
Chapter 4: Structural Elements and Systems
MEMBER TYPES
Beams
Columns
Tension Members
Bending + Compression or Tension
SYSTEM SELECTION
Spatial Requirements
LOW-RISE FRAME SYSTEMS
Material Utilized and Its Relative Cost as a System
Fabrication of Members
Erection of the System
Miscellaneous Considerations
MEDIUM- AND HIGH-RISE SYSTEMS
ARCHITECTURAL CONSIDERATIONS
Section 1: Steel Bending Systems
Chapter 5: Preengineered Systems
OPEN-WEB STEEL JOIST
Bridging
STEEL DECKS
Chapter 6: Steel Beams
BEAM THEORY
BEAMS IN STRUCTURAL SYSTEMS
LRFD Beam Design
Chapter 7: Lateral Stability of Beams
CONDITIONS OF STABILITY
Chapter 8: Supports
BEARING PLATES FOR BEAMS AND COLUMNS
DESIGN OF BEARING PLATES
COLUMN BASE PLATES
DESIGN OF COLUMN BASE PLATES
Chapter 9: Web Yielding and Crippling
LOCALIZED FAILURE OF COMPONENTS
Chapter 10: Built-Up Beams
BUILT-UP SECTIONS
CONNECTION AND LENGTH OF COVER PLATES
HOLES IN THE WEB AND IN THE FLANGES
Section 2: Steel Axially Loaded Systems
Chapter 11: Columns
COLUMN THEORY
BUILT-UP COLUMNS
Design
COLUMNS WITH UNEQUAL UNBRACED LENGTHS
Chapter 12: Tension Members
TYPES OF TENSION MEMBERS
BASIC DESIGN
CONNECTION OF TENSION MEMBERS
SUSPENSION STRUCTURES
Section 3: Steel Combined Systems
Chapter 13: Combined Axial Loading and Bending
BASIC CONSIDERATIONS AND PROCEDURE
SLOPING BEAMS
Chapter 14: Trusses
GENERAL COMMENTS
DESIGN CONSIDERATIONS
TRUSS ANALYSIS
Section 4: Steel Connections
Chapter 15: Bolted Connections
ENGINEERING PRINCIPLES
TYPES OF BOLTED CONNECTIONS
BOLTS
DESIGN OF CONNECTIONS
Chapter 16: Welded Connections
WELDING AND TYPES OF WELDED JOINTS
STRESSES IN WELDS
MINIMUM AND MAXIMUM WELD CONSIDERATIONS
FRAMED BEAM CONNECTIONS
Part TWO: WOOD
Chapter 17: Materials and Properties
PHYSICAL PROPERTIES
DENSITY AND WEIGHT OF WOOD
PROTECTION FROM DECAY AND FIRE
DESIGN VALUES
SIZE CLASSIFICATIONS
ADJUSTMENT FACTORS
ENGINEERED WOOD PRODUCTS
Chapter 18: Wood Structures in Architecture
CONSTRUCTION AND ARCHITECTURAL PHILOSOPHIES
THE ARCHITECT’S RESPONSIBILITY IN STRUCTURAL WOOD DESIGN
SELECTION AND CONFIGURATION OF WOOD SYSTEMS
FRAMING SYSTEMS
Traditional Light Framing
Post-and-Beam Systems
LONG-SPAN SYSTEMS
Axial Load and Bending in Roof Systems
Frames and Arches
BRACING
Diaphragms and Shear Walls
Diagonal Bracing
Diagonal or Cross-bracing
Rigid-Frame System
Section 1: Wood Bending Systems
Chapter 19: Bending Members: Floor and Roof Systems
FLOOR FRAMING
JOIST DESIGN
ADJUSTMENT FACTORS
ENGINEERED JOISTS
I Joists
Trussed Joists
Structural Composite Lumber
SUBFLOORS
FIRE PROTECTION AND SOUND INSULATION
ROOF CONSTRUCTION
BEARING AND STRESS CONCENTRATION
NOTCHED BENDING MEMBERS
Chapter 20: Sheathing and Diaphragm Design
DIAPHRAGM CONSTRUCTION
SHEAR WALLS
COMPOSITE BENDING MEMBERS
PLYWOOD STRUCTURAL PROPERTIES
BOX BEAM DESIGN
Chapter 21: Timber and Laminated Timber Beams
TIMBER BEAMS
BUILT-UP BEAMS
LAMINATED TIMBER BEAMS
DESIGN OF LAMINATED TIMBER BEAMS
TYPES OF STRUCTURES USING GLULAM
Section 2: Wood Axially Loaded Members
Chapter 22: Compression and Tension Members
TYPES OF COMPRESSION AND TENSION MEMBERS
DESIGN PROCEDURE FOR SOLID COLUMNS
BUILT-UP AND SPACED COLUMN DESIGN
TENSION MEMBERS
AXIAL COMPRESSION AND BENDING
AXIAL TENSION AND BENDING
Section 3: Wood Combined Systems
Chapter 23: Timber Truss Design
TRUSS TYPES
DEFLECTION AND CAMBER
GENERAL DESIGN PROCEDURE
Preliminary Design
Final Design
Chapter 24: Arches, Vaults, and Domes
TWO- AND THREE-HINGED ARCHES
PRELIMINARY DESIGN OF LAMINATED TIMBER ARCHES
CONSTRUCTION OF TIMBER ARCHES
DOMES AND VAULTED ROOFS
Section 4: Wood Connections
Chapter 25: Connections
CONNECTING WOOD MEMBERS
NAILS AND SPIKES
Adjustment Factors and Design Values
ADHESIVES
Synthetic Thermoset
Synthetic Thermoplastic
GLUE LINE STRESSES: ROLLING SHEAR
BOLTS
LAG SCREWS
WOOD SCREWS
SPLIT RING AND SHEAR PLATE CONNECTORS
DESIGN OF SHEAR PLATE AND SPLIT RING CONNECTIONS
Section 5: Wood Special Systems
Chapter 26: Permanent Wood Foundations
TYPES OF WOOD FOUNDATIONS
PERMANENT WOOD FOUNDATION
DESIGN OF FOOTING FOUNDATIONS
BASEMENT WALLS
Part THREE: REINFORCED CONCRETE (R/C)
Chapter 27: Materials and Properties
STRUCTURAL CONCRETE MATERIALS
Cement
Water
Aggregate
Admixtures
STRUCTURAL CONCRETE PROPERTIES
Workability
Weight
Strength
Creep
Fire Resistance
Shrinkage
Hardness
Porosity
Durability
REINFORCING STEEL
Tensile Strength for Bending Members
Resistance to Shrinkage Stresses
Ductility (Mode of Failure)
FIBER-REINFORCED CONCRETE
PLACEMENT OF CONCRETE
Vibrating
Screeding
Floating
Darbying
Troweling
Curing
Finishing
Chapter 28: Reinforced Concrete in Architecture
STRUCTURAL FORMS
STRUCTURAL DESIGN ISSUES
SYSTEM SELECTION
Section 1: R/C Bending Members
Chapter 29: Beam Strength Theory
STRESS AND STRAIN IN FLEXURE MEMBERS
BEAM DESIGN FORMULA
Chapter 30: Beam Design
DESIGN FOR BENDING MOMENT
R/C Beam Design Procedure
DEVELOPMENT OF REINFORCEMENT
Chapter 31: Shear in Beams
SHEAR STRENGTH OF CONCRETE
DESIGN OF SHEAR REINFORCEMENT
Chapter 32: Slabs
FLAT SPANNING SYSTEMS
One-Way Spanning
Two-Way Spanning
Slabs Without Beams
FLAT SLAB DESIGN
SLAB ON GRADE
COMPOSITE SECTIONS
Chapter 33: Deflection
CREEP AND DEFLECTION
DEFLECTION COMPUTATIONS
Chapter 34: Footings
FOUNDATION DESIGN CRITERIA
FOOTINGS
DESIGN PROCEDURE FOR FOOTINGS
PERIPHERAL SHEAR
RECTANGULAR FOOTINGS
SIMPLE WALL FOOTINGS
Section 2: R/C Axially Loaded Members
Chapter 35: Columns
CONSTRUCTION OF R/C COLUMNS
DESIGN METHOD
Chapter 36: Walls
CONCRETE WALL TYPES
DESIGN REQUIREMENTS FOR VERTICAL LOADS
Loads and Stability
Bearing Strength
Minimum Reinforcement
Placement of Bars
WALLS DESIGNED AS COMPRESSION MEMBERS
HORIZONTAL FORCES ON WALLS BELOW GRADE
RETAINING WALLS
Backfill and Drainage
SHEAR WALLS
Section 3: R/C Connections
Chapter 37: Connections
CONNECTIONS OF FOOTINGS AND VERTICAL STRUCTURE
ANCHORS
BEARING PRESSURES
CONCRETE SUPPORTS
Section 4: R/C Special Systems
Chapter 38: Prestressed and Precast Concrete
PRESTRESSED CONCRETE
CONSTRUCTION TECHNIQUES
Prestressed Concrete
Posttensioned Concrete
PRECAST CONCRETE SHAPES
Part FOUR: MASONRY
Chapter 39: Materials and Properties
MASONRY UNITS
MORTAR AND GROUT
MORTAR STRENGTH
CONSTRUCTION
Joints
Grout
DESIGN REQUIREMENTS
Solid Walls
Cavity Walls
EXPANSION/CONTROL JOINTS AND REINFORCING
Anchorage
FLASHING
Chapter 40: Structural Systems
MASONRY CONSTRUCTION
SYSTEM SELECTION
MASONRY SYSTEMS
Section 1: Masonry Axially Loaded Members
Chapter 41: Empirical Design of Walls
LIMITATIONS OF EMPIRICAL DESIGN
WORKING STRESS
LATERAL STABILITY AND SHEAR WALLS
UNSUPPORTED HEIGHT OR LENGTH
WALL THICKNESS
Chapter 42: Allowable Stress Method
UNREINFORCED MASONRY
BEARING AND CONCENTRATED LOADS
DESIGN OF SHEAR WALLS
Unreinforced Shear Walls
Reinforced Shear Walls
REINFORCED WALLS
COLUMN AND PILASTER CONSTRUCTION
COLUMN DESIGN
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Tags: James Underwood, Michele Chiuini, Structural Design, Practical Guide