Posted by: malc - 10-06-2020, 03:46 AM - Forum: Steel
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Plastic Design of Low Rise Frames
Author(s)/Editor(s): Michael Rex Horne, Linden J. Morris | Size: 89 MB | Format:PDF | Quality:Scanner | Publisher: GRANADA PUBLISHING | Year: 1981 | pages: 250 | ISBN: 978-0246111999
The technique of plastic design has many advantages over the traditional elastic design technique. The methodology was developed in large part by M. R. Horne and his co-workers, and first came into wide-spread practical application in Britain. With the publication of this book, American designers and engineers will be given easy access to the latest developments in the theory and practice of plastic design. The advantages of this technique for simple beam systems and single-story buildings are onsiderable: plastic design represents a more rational approach and the analysis can be ccomplished quickly and directly, and it facilitates economies in the use of materials. Moreover, the methods can be readily extended to buildings that are several stories (four or five) high. The first chapter reviews the undamental methods of plastic analysis. Following chapters take up such topics as plastic moment distribution, modifying factors in plastic bending, frame stability and deflections (including the destabilizing effects of column axial loads on frames), the rigid-plastic behavior of a frame, and the lastic-plastic behavior of frames. A final chapter explains various practical onsiderations, such as joint design and the stiffening effects of cladding. All the chapters are linked so that the flow of the presentation is even throughout. The book considers whole structures as well as the behavior of various elements. Numerous worked examples are presented, some of which are taken from actual designs. M. R. Horne is Beyer Professor of Civil Engineering at the University of Manchester and author of Plastic Theory of Structures. L. J. Morris is a senior lecturer on the Manchester civil engineering faculty. The book is the second in the MIT Press Series in Structural Mechanics, edited by H. Max Irvine
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This is a Special Salvage Edition for Civilea so please dont be tough. Special care was taken to preserve typing and illustrations. [full book].
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CSiXCAD, from Computers and Structures, Inc., is a plug-in for Autodesk® AutoCAD® and Bricsys® BricsCAD® that facilitates documenting in AutoCAD and BricsCAD the design of building stuctures analyzed in ETABS® or SAP2000® and keeps track of design revisions.
CSiXCAD maintains a complete BIM model in the CAD software and can generate:
Floor Plans
Elevations
3D Models
In addition, with models designed in ETABS, CSiXCAD can generate:
Data in the CSiXCAD BIM model is defined only once and any changes to a structural item in a drawing are reflected on all drawings where that item is shown.
CSiXCAD eliminates the need to manually transfer data and markups to CAD engineers and automatically generates an initial set of drawings that can then be customized and refined using CAD. When the engineer later makes changes to the original design model, CSiXCAD can compare the contents of its BIM model with the modified design model, and either import all changes or only selected changes. Previous edits made to the drawings in CSiXCAD are maintained, and a report listing the changes is generated.
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CSiCol™ is a comprehensive software package for analyzing and designing concrete, reinforced concrete, and reinforced-concrete composite columns. CSiCol’s Quick Design Wizard provides access to all the forms needed during the column design process, making design simple, organized and efficient. The design can be completed in accordance with major international codes. Analysis and design are interactive
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Pavement Design: Materials, Analysis, and Highways
Author(s):
M. Rashad Islam
Edition:
First Edition
Publish Date:
2020
ISBN:
1260458911
Published By:
McGraw Hill
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Author(s)/Editor(s): Jack C. McCormac & Russell H. Brown | Size: 80.3 MB | Format:PDF | Quality:Unspecified | Publisher: Wiley | Year: 2016 | pages: 671 | ISBN: 978-1-118-87910-8
This book presents an introduction to reinforced concrete design.
With the tenth edition of this tex, the contents have been updated to conform to the 2014 Building Code of the American Concrete Institute (ACI 318-14).
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Author(s)/Editor(s): Michel Ghosn, Graziano Fiorillo, Ming Liu, Bruce R. Ellingwood | Size: 24 MB | Format:PDF | Quality:Original preprint | Publisher: ASCE | Year: 2019 | pages: 186 | ISBN: 0784415471
Risk-Based Structural Evaluation Methods: Best Practices and Development of Standards provides a comprehensive summary of the findings from a survey of attitudes of researchers, structural engineers, and government agencies to risk-informed structural engineering practices and a follow-up workshop. Risk analysis principles are well established from a theoretical point of view; however, a number of barriers have hampered a wide-scale implementation of risk-based methods in decision-making processes. This book examines the progress made on the application of risk-based structural evaluation methods (RBsEM) and provides recommendations to help enhance their implementation in engineering practice. The issues addressed include
Risk evaluation for new and existing structural systems, Hazard assessment and statistical projection of expected extreme natural and human-made events, Probabilistic analysis of structural systems, Assessment of physical damage to structures and infrastructure systems and evaluation of consequences, Estimation of associated direct and indirect losses and risk quantification, Risk communication to different stakeholders including the general public, Establishment of optimum risk acceptance criteria that take into consideration public attitudes toward risk, and Prioritization of risk mitigation strategies.
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