Elasticity, Theory, Applications, and Numerics Second Edition
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Elasticity, Theory, Applications, and Numerics Second Edition
Martin H. Sadd
Academic Press
2009-02-06
ISBN: 0123744466
512 pages
PDF 6,6 MB
Elasticity is concerned with determining the strength and load carrying ability of engineering structures including buildings, bridges, cars, planes, and thousands of machine parts that most of us never see. It is especially important in the fields of mechanical, civil, aeronautical and materials engineering. Elasticity: Theory, Applications and Numerics 2e provides a concise and organized presentation and development of the theory of elasticity, moving from solution methodologies, formulations and strategies into applications of contemporary interest, including fracture mechanics, anisotropic/composite materials, micromechanics and computational methods. Developed as a text for a one or two-semester graduate elasticity course, this new edition is the only elasticity text to provide coverage in the new area of non-homogenous, or graded, materal behavior. End of chapter exercises throughout the book are fully incorporated with the use of MATLAB software.
Key Features:
* Provides a thorough yet concise introduction to general elastic theory and behavior
* Demonstrates numerous applications in areas of contemporary interest including fracture mechanics, anisotropic/composite and graded materials, micromechanics, and computational methods
* The only current elasticity text to incorporate MATLAB into its extensive end-of-chapter exercises
* The book's organization makes it well-suited for a one or two semester course in elastictiy
Features New to the Second Edition:
* First elasticity text to offer a chapter on non-homogenous, or graded, material behavior
* New appendix on review of undergraduate mechanics of materials theory to make the text more self-contained
* 355 end of chapter exercises - 30% NEW to this edition
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Structures & Construction in Historic Building Conservation
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Structures & Construction in Historic Building Conservation
By Michael Forsyth
Publisher: Wiley-Blackwell
Number Of Pages: 248
Publication Date: 2007-11-16
ISBN-10 / ASIN: 1405111712
ISBN-13 / EAN: 9781405111713
Structures & Construction in Historic Building Conservation traces the history of structures in various materials and contains guidance on the survey, assessment and diagnosis of structures and the integration of building code requirements within the historic fabric.
It discusses conservation engineering philosophy, exposes the conflict between building codes and conservation legislation, and offers solutions. Leading-edge, on-site metric survey techniques are described and a range of structural advice is given, including methods of repair in relation to philosophical principles. Causes of induced movement in historic buildings are explained, together with basic soil mechanics and the assessment and diagnosis of structural failure. Chapters also cover the conservation of different types of construction: masonry, iron and steel, and concrete and reinforced concrete.
Fourteen chapters written by the experts present today’s key issues in structures and construction for historic building conservation: Bill Blake, Michael Bussell, David Cook, Dina F. D’Ayala, Steve Emery, Michael Forsyth, Ian Hume, Peter Norris
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Would be helpful to a have a section where we can share our autocad files, like typical details (bolts, steel shapes, hilti bolts, masonry bricks, deck floors, etc.) and specific details like bridges pads, steel connections, beam-column union in concrete, steel or concrete tanks, prestressed bridges beams, etc.
This would help us to have ideas of how to solve our projects.
Babylon Pro 8.0.0 (r25) and Babylon Pro 8.0.0 (r25) Portable
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The same translator another version
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Bridge Engineering: Construction and Maintenance
Authors: W.F. Chen, Lian Duan
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Bridge Engineering: Substructure Design
Authors: W.F. Chen, Lian Duan
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Bridge Engineering: Seismic Design
Authors: W.F. Chen, Lian Duan
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I just received a Newsletter "Constructalia nº6" June 2009, and I'd like to share a free article: Earthquake Resistant Steel Structures.
It's a PDF file, 5,5 Mb
This document aims to present in a straightforward manner the essentials of seismic design of steel structures, which is a field of engineering and construction to which ArcelorMittal contributes by continuous research efforts that bring better steel products and original design solutions to the market.
Contents:
1. What is an Earthquake?
2. Why are Steel Structures Good at Resisting Earthquakes?
3. A Tool to Evaluate the Effects of Earthquakes: the Response Spectrum
4. Design Response Spectra
5. Characterisation of Structures Specific to Seismic Design
6. Aspects of Seismic Analysis and Design Checks Common to all Structural Types
7. Approximate Method for Seismic Analysis and Design
8. Architecture of Earthquake Resistant Buildings
9. Designing Dissipative Structures
10. Seismic Design of Moment Resisting Frames
11. Seismic Design of Frames with Concentric Bracing
12. Seismic Design of Frames with Concentric Bracing and Dissipative Connections
13. Seismic Design of Frames with Eccentric Bracing
14. Composite Steel Concrete Structures
15. Composite Steel Concrete Moment Resisting Frames
16. Composite Steel Concrete Frames with Bracing
17. Composite Steel Concrete Walls and Systems with Walls
18. Improving Reinforced Concrete Structures by using Composite Columns
19. Design Example.
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The Ocean Engineering Handbook
F. el-Hawary
CRC (December 28, 2000)
ISBN: 0849385989
416 pages
Compiled with the help of an internationally acclaimed panel of experts, the Ocean Engineering Handbook is the most complete reference available for ocean engineering professionals. It offers comprehensive coverage of important areas of the theory and practice of oceanic/coastal engineering and technology. This well organized text includes five major sections and is designed to be used as a traditional handbook. With 200 tables and over 100 figures, it will give readers a head start in the field of oceanic engineering.
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Foundation Engineering 2nd edition
By Ralph B. Peck, Walter E. Hanson, Thomas H. Thornburn
Publisher: Wiley
Number Of Pages: 514
ISBN-10 / ASIN: 0471675857
ISBN-13 / EAN: 9780471675853
Product Description:
Covers properties of subsurface materials, types of foundations and methods of construction, selection of foundation type and basis for design, and design of foundations and earth-retaining structures
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In what thread i can post the power point presentation entitled "Seismic Performance Assessment of RC Moment Resisting Frame Building" that I have prepared?
The introduction of the presentation is:
Buildings are designed per building code regulations, aptly termed Prescriptive Based Design. It is a methodology based upon meeting all of the specific requirements of the code.
In prescriptive based design, the normal engineering analysis practice is to assume linear-elastic behavior for structural members, which fails to reliably account for redistribution of forces due to member nonlinear behavior and dissipation of energy due to material yielding. Because of this, considerable damage has been observed and life safety goals was not achieved from major earthquakes in recent decades in residential and commercial buildings. Safety is understood as the structures ability to deform in the inelastic range but no collapsed is allowed.
During high seismic excitation, the building generally responds well beyond its elastic and linear capacity. There are two inelastic nonlinear options available for assessing the performance of a structure subjected to earthquake load; namely Pushover Analysis and Inelastic Nonlinear Time History Analysis. These two methods of analyses are used in Performance Based Design. It is a methodology using advanced engineering tools and methods to provide solutions to complex life safety problems in order to achieved life safety goals.
The purpose of this presentation is to explain the procedure in performing Inelastic Nonlinear Analysis using the professional software XTRACT v3.0.8 and PERFORM-3D v4.0.3, to evaluate the performance of multi-storey buildings (designed by traditional linear static and linear dynamic load procedures) when subjected to earthquake ground motion.
This textbook is intended for studies in structural dynamics or wind engineering, with special focus on the stochastic theory of wind induced dynamic response calculations for slender bridges or other line- like civil engineering type of structures. It contains the background assumptions and hypothesis as well as the development of the computational theory that is necessary for the prediction of wind induced fluctuating displacements and cross sectional forces. The book contains detailed and complete examples of relevant cases that are useful for the understanding and the practical application of the theory. The text is at an advanced level in the sense that it requires some knowledge of basic structural dynamics, particularly of solution procedures in a modal format.
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