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Structural Engineering Handbook, Fifth Edition / Mustafa Mahamid, Edwin H. Gaylord, Charles N. Gaylord.

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Bibliographic Details
Online Access: Full Text (via AccessEngineering)
Other Authors: Mahamid, Mustafa (Editor), Gaylord, Edwin H. (Editor), Gaylord, Charles N. (Editor)
Format: Electronic eBook
Language:English
Published: New York, N.Y. : McGraw-Hill Education, [2020].
Edition:5th edition.
Subjects:
Structural engineering > Handbooks, manuals, etc.
Structural engineering.
Tragwerk.
Structural engineering
Handbooks and manuals

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245 0 0 |a Structural Engineering Handbook, Fifth Edition /  |c Mustafa Mahamid, Edwin H. Gaylord, Charles N. Gaylord. 
250 |a 5th edition. 
264 1 |a New York, N.Y. :  |b McGraw-Hill Education,  |c [2020]. 
264 4 |c ?2020. 
300 |a 1 online resource (957 pages) :  |b 400 illustrations. 
336 |a text  |b txt  |2 rdacontent 
337 |a unmediated  |b n  |2 rdamedia 
338 |a online resource  |b nc  |2 rdacarrier 
504 |a Includes bibliographical references and index. 
505 0 |a Cover --  |t Title Page --  |t Copyright Page --  |t About the Editors --  |t Contents --  |t Contributors --  |t Preface --  |t Chapter 1. Structural Loads Mustafa Mahamid, David A. Fanella --  |t 1.1 Introduction --  |t 1.2 Dead Loads --  |t 1.3 Live Loads --  |t 1.4 Rain Loads --  |t 1.5 Soil Lateral Loads --  |t 1.6 Snow and Ice Loads --  |t 1.7 Wind Loads --  |t 1.8 Earthquake Loads --  |t 1.9 Flood and Tsunami Loads --  |t 1.10 Load Combinations --  |t References --  |t Chapter 2. Structural Analysis Aly M. Said, Anas S. Issa, M. Shahria Alam --  |t PART A FUNDAMENTALS AND APPLICATIONS TO STRUCTURAL FRAMEWORKS --  |t PART B ARCHES AND RIGID FRAMES --  |t References --  |t Chapter 3. The Finite-Element Method Craig D. Foster, Sheng-Wei Chi --  |t 3.1 Overview of Theory of Finite-Element Analysis --  |t 3.2 Outline of Steps in a Finite-Element Analysis --  |t 3.3 Types of Structural and Mechanical Analyses --  |t 3.4 Elements and Nodes --  |t 3.5 Meshing -- ^  |t 3.6 Applying Loads and Displacement Boundary Conditions --  |t 3.7 Material Models and Other Properties --  |t 3.8 Solving the Quasi-Static Problem --  |t 3.9 Postprocessing?Solving for Strain, Stress, and Other Quantities --  |t 3.10 Dynamic Finite-Element Analysis --  |t 3.11 Nonlinear Finite-Element Analysis --  |t 3.12 Verification and Validation --  |t 3.13 Issues and Pitfalls in Finite-Element Analysis --  |t 3.14 Introduction to Finite Elements for Thermal, Thermomechanical, and Other Problems --  |t References --  |t Chapter 4. Computer Applications in Structural Engineering Raoul Karp, Bulent N. Alemdar, Sam Rubenzer --  |t 4.1 Introduction --  |t 4.2 Computer Structural Analysis Simulation --  |t 4.3 Structural Finite Elements --  |t 4.4 Foundations --  |t 4.5 Verifying Analysis Results --  |t 4.6 Building Information Modeling and Interoperability --  |t 4.7 Summary --  |t References --  |t Chapter 5. Earthquake-Resistant Design S. K. Ghosh --  |t 5.1 Overview -- ^  |t 5.2 Nature of Earthquake Motion --  |t 5.3 Design Philosophy --  |t 5.4 Seismic Design Requirements of the 2018 IBC/ASCE 7-16 --  |t References --  |t Chapter 6. Fracture and Fatigue Kedar S. Kirane, Zdenek P. Ba?ant, J. Ernesto Indacochea, Vineeth Kumar Gattu --  |t PART A CONCRETE AND COMPOSITES --  |t PART B STRUCTURAL STEELS --  |t Chapter 7. Soil Mechanics and Foundations Joseph W. Schulenberg, Krishna R. Reddy --  |t 7.1 Soil Behavior --  |t 7.2 Shallow Foundation Analyses --  |t 7.3 Deep Foundations --  |t 7.4 Retaining Structures --  |t 7.5 Investigations --  |t 7.6 Soil Improvement --  |t 7.7 Monitoring --  |t References --  |t Chapter 8. Design of Structural Steel Members Jay Shen, Bulent Akbas, Onur Seker, Charlies J. Carter --  |t 8.1 Design of Steel and Composite Members --  |t 8.2 Seismic Design of Steel Members in Moment and Braced Frames --  |t 8.3 Concluding Remarks --  |t References -- ^  |t Chapter 9. Design of Cold-Formed Steel Structural Members Nabil A. Rahman, Helen Chen, Cheng Yu --  |t 9.1 Shapes and Applications --  |t 9.2 Materials --  |t 9.3 Corrosion Protection --  |t 9.4 Member Design Methodology --  |t 9.5 Structural Stability in Determining Member Forces --  |t 9.6 Member Design --  |t 9.7 Assemblies and Systems --  |t 9.8 Connections --  |t References --  |t Chapter 10. Aluminum Structural Design J. Randolph Kissell --  |t 10.1 Introduction --  |t 10.2 Design Overview --  |t 10.3 Determining Required Forces --  |t 10.4 Axial Tension --  |t 10.5 Axial Compression --  |t 10.6 Flexure --  |t 10.7 Shear and Torsion --  |t 10.8 Combined Forces --  |t 10.9 Connections --  |t 10.10 Serviceability --  |t 10.11 Fabrication and Erection --  |t 10.12 Fatigue --  |t References --  |t Chapter 11. Design of Reinforced-Concrete Structural Members Mustafa Mahamid, David A. Fanella --  |t 11.1 Concrete --  |t 11.2 Reinforcement --  |t 11.3 Specifications, Codes, and Standards -- ^  |t 11.4 General Requirements for Strength and Serviceability --  |t 11.5 General Principles of the Strength Design Method --  |t 11.6 General Principles and Requirements --  |t 11.7 One-Way Slabs, Two-Way Slabs, and Beams --  |t 11.8 Columns --  |t 11.9 Tension Members --  |t 11.10 Members Subjected to Flexure and Axial Load --  |t 11.11 Walls --  |t 11.12 Footings --  |t 11.13 Two-Way Slab Systems --  |t 11.14 Seismic --  |t References --  |t Chapter 12. Design of Prestressed-Concrete Structural Members Sri Sritharan, Maryam Nazari --  |t Notation --  |t References --  |t Chapter 13. Masonry Construction Richard Bennett, Sam Rubenzer --  |t Notation --  |t References --  |t Chapter 14. Timber Structures Thomas Williamson, Mustafa Mahamid --  |t 14.1 Wood as an Engineering Material --  |t 14.2 Allowable Stress Design (ASD) vs. Load and Resistance Factor Design (LRFD) --  |t 14.3 Structural Wood Products --  |t 14.4 Member Design --  |t 14.5 Connection Design --  |t 14.6 Lateral Load Resistance -- ^  |t References --  |t Chapter 15. Bridge Engineering Soliman Khudeira, Tony Shkurti, Eric Stone, James Carter III, Jamshid Mohammadi, Bora Jang --  |t PART A STEEL AND CONCRETE BRIDGES --  |t PART B STEEL BOX-GIRDER BRIDGES --  |t PART C CURVED STEEL I-GIRDER BRIDGES --  |t PART D CURVED STEEL BOX-GIRDER BRIDGES --  |t PART E CURVED CONCRETE BOX-GIRDER BRIDGES --  |t Chapter 16. Railroad Bridge Design Mohsen Issa, Ahmad Hammad --  |t 16.1 Introduction --  |t 16.2 General Requirements --  |t 16.3 Loading --  |t 16.4 Timber --  |t 16.5 Steel --  |t 16.6 Concrete --  |t References --  |t Chapter 17. Industrial Buildings Jules Van de Pas, John Rolfes --  |t 17.1 Planning Industrial Buildings --  |t 17.2 Code Requirements and Industrial Loads --  |t 17.3 Framing Systems --  |t References --  |t Chapter 18. Tall Buildings Charles Besjak, Brian McElhatten, Preetam Biswas --  |t 18.1 Definition of Tall Building --  |t 18.2 General Design Considerations --  |t 18.3 Structural Design Considerations -- ^  |t 18.4 Serviceability Considerations --  |t 18.5 Structural Systems for Tall Buildings --  |t 18.6 System Conceptualization --  |t 18.7 System Parameters and Choices --  |t 18.8 Analysis Parameters and Techniques --  |t 18.9 Performance-Based Design for Wind --  |t 18.10 Performance-Based Design for Seismic --  |t 18.11 Creep and Shrinkage --  |t 18.12 High-Rise Building Glossary --  |t 18.13 Additional Credits --  |t Acknowledgments --  |t References --  |t Chapter 19. Thin-Shell Concrete Structures Edmond Saliklis, Mustafa Mahamid, David P. Billington, Julian A. Dumitrescu --  |t 19.1 Introduction and Historical Overview --  |t 19.2 Shells of Rotation --  |t 19.3 Domes --  |t 19.4 Cylindrical Barrel Shells --  |t 19.5 Folded Plates --  |t 19.6 Translation Shells of Double Curvature --  |t 19.7 Dimensioning --  |t 19.8 Stability and Safety --  |t 19.9 Construction --  |t 19.10 Appearance --  |t References --  |t Chapter 20. Cable-Supported Roofs Paul A. Gossen, Keith M. MacBain --  |t 20.1 Introduction -- ^  |t 20.2 Cable Materials and Construction --  |t 20.3 Structural Systems --  |t 20.4 Dynamics --  |t 20.5 Analysis and Design --  |t 20.6 Erection --  |t References --  |t Chapter 21. Reinforced-Concrete Silos Ramez B. Gayed, Mustafa Mahamid, Amin Ghali --  |t 21.1 General --  |t 21.2 Design of Walls --  |t 21.3 Design of Bottoms --  |t References --  |t Chapter 22. Design of Steel Tanks Leslie D. Scott --  |t 22.1 Introduction --  |t 22.2 Design Considerations --  |t 22.3 Design of Reservoirs and Standpipes --  |t 22.4 Elevated Tanks --  |t 22.5 Accessories --  |t 22.6 Materials --  |t 22.7 Commercially Available Computer Programs --  |t 22.8 The Engineer?s Role --  |t References --  |t Chapter 23. Electrical Transmission and Substation Structures Michael D. Miller, Robert E. Nickerson --  |t 23.1 Introduction --  |t 23.2 Referenced Standards and Manuals of Practice --  |t 23.3 Transmission Line Structures --  |t 23.4 Substation Structures --  |t References -- ^  |t Chapter 24. Chimneys Shu-Jin Fang, Victor Bochicchio --  |t 24.1 Introduction --  |t 24.2 Design Loads --  |t 24.3 Steel Stacks --  |t 24.4 Reinforced-Concrete Chimneys --  |t 24.5 Liners and Linings --  |t 24.6 Foundations --  |t References --  |t Chapter 25. 
505 0 |t Health Monitoring and Nondestructive Testing Didem Ozevin, Farhad Ansari --  |t 25.1 Introduction --  |t 25.2 Components of NDE Methods --  |t 25.3 Waveform-Based NDE Methods and Applications --  |t 25.4 The Applications of Waveform-Based NDE Methods to Infrastructure Systems --  |t References --  |t Chapter 26. Building Information Modeling (BIM) for Structural Engineering Nawari O. Nawari --  |t 26.1 Introduction --  |t 26.2 BIM Fundamentals --  |t 26.3 BIM Processes in Practice --  |t 26.4 Structure and Architecture Synergy (SAS) Framework --  |t 26.5 Conclusions --  |t References --  |t Chapter 27. Structural Fire Engineering V. K. R. Kodur, M. Z. Naser --  |t 27.1 General --  |t 27.2 Designing Structures for Fire Safety --  |t 27.3 Fire Growth and Development --  |t 27.4 Properties of Construction Materials at Elevated Temperatures --  |t 27.5 Fire Resistance Evaluation --  |t 27.6 Prescriptive-Based Approaches --  |t 27.7 Rational Design Approaches --  |t 27.8 Summary --  |t References -- ^  |t Chapter 28. Disproportionate Collapse and Blast-Resistant Design Shalva Marjanishvili, Robert Smilowitz --  |t PART A STRUCTURAL ROBUSTNESS AND DISPROPORTIONATE COLLAPSE --  |t PART B BLAST-RESISTANT DESIGN --  |t Chapter 29. FRP Strengthening of Reinforced-Concrete Members Hayder A. Rasheed --  |t 29.1 FRP Properties for Strengthening Applications --  |t 29.2 Flexural Strengthening Design for Beams and Slabs --  |t 29.3 Shear Strengthening Design for Beams --  |t 29.4 Confinement Strengthening Design for Circular Columns --  |t References --  |t Chapter 30. Structural Glass and Glazing Rui de S. Camposinhos --  |t 30.1 Introduction --  |t 30.2 Glass: Production and Properties --  |t 30.3 Glass as a Structural Material --  |t 30.4 Actions --  |t 30.5 Codes and Standards --  |t 30.6 Plate Buckling --  |t 30.7 Lateral-Torsional Buckling --  |t 30.8 Glass Columns --  |t References --  |t Chapter 31. Machine Foundations O. Salem Ali --  |t 31.1 Background -- ^  |t 31.2 Classification of Machine Based on Machine Type --  |t 31.3 Classification of Machine Based on Type of Excitation Force --  |t 31.4 Classification of Machine Based on Foundation Type --  |t 31.5 Classification of Machine Load Transfer Mechanism --  |t 31.6 Design Limits for Machine Foundations --  |t 31.7 Effect of the Supporting Soil --  |t 31.8 Energy Transfer Mechanism --  |t 31.9 Effect of Embedment of Foundation --  |t 31.10 Reduction in Permissible Soil Stress --  |t 31.11 Damping in Soil --  |t 31.12 Modeling Techniques for Machine Foundations --  |t 31.13 Block-Type Foundation --  |t 31.14 Mat Foundations --  |t 31.15 Elevated Machine Foundation --  |t 31.16 Three-Dimensional Finite-Element Modeling --  |t 31.17 Soil Modeling --  |t 31.18 Current Approach of Soil Modeling --  |t 31.19 Methods to Compute Dynamic Impedance Functions --  |t 31.20 Foundations Supported on Piles --  |t 31.21 Piles Subjected to Lateral Vibrations --  |t 31.22 Elastic Continuum -- ^  |t 31.23 Piles Subjected to Vertical Vibrations --  |t 31.24 Pile Group Effect --  |t References --  |t Chapter 32. Value Methodology Muthiah Kasi, Charles A. Bartlett --  |t 32.1 Introduction --  |t 32.2 VM Job Plan --  |t 32.3 The Key Features of VM Job Plan: Function Analysis --  |t 32.4 Example 1: Parapet Joint Detail --  |t 32.5 Evaluation Phase --  |t 32.6 Implementation --  |t 32.7 Summary --  |t References --  |t Chapter 33. Stone Cladding Rui de S. Camposinhos --  |t 33.1 Introduction: Natural Stone Cladding --  |t 33.2 Natural Stone Depiction --  |t 33.3 Mechanical Properties --  |t 33.4 Cladding Systems and Methods --  |t 33.5 Limit States Design --  |t 33.6 Dowel Anchorage --  |t 33.7 Kerf Anchorage --  |t 33.8 Undercut Anchorage --  |t References --  |t Index. 
546 |a In English. 
588 |a Description based on e-Publication PDF. 
650 0 |a Structural engineering  |v Handbooks, manuals, etc. 
650 0 |a Structural engineering. 
650 0 |a Tragwerk. 
650 7 |a Structural engineering  |2 fast 
655 7 |a Handbooks and manuals  |2 fast 
700 1 |a Mahamid, Mustafa,  |e editor. 
700 1 |a Gaylord, Edwin H.,  |e editor. 
700 1 |a Gaylord, Charles N.,  |e editor. 
776 0 |i Print version:  |t Structural Engineering Handbook, Fifth Edition,  |d New York, N.Y. : McGraw-Hill Education, [2020].  |z 9781260115987 
856 4 0 |u https://colorado.idm.oclc.org/login?url=https://www.accessengineeringlibrary.com/content/book/9781260115987  |z Full Text (via AccessEngineering) 
915 |a M 
956 |a AccessEngineering 
956 |b McGraw-Hill AccessEngineering 
956 |a Quesnalia testing - EUI 
994 |a 92  |b COD 
998 |b Added to collection McGrawHill.AEL 
999 f f |s 0b7a6967-fb61-4c8f-80d9-3104d3693f8a  |i d79a2ff0-3a3f-4908-b385-e6119d73ae67 
952 f f |p Can circulate  |a University of Colorado Boulder  |b Online  |c Online  |d Online  |e TA635   |h Library of Congress classification  |i web 

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