The Semi-grillage Method in Bridge Deck Analysis PDF Download
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Author: Publisher: ISBN: 9780921303145 Category : Languages : en Pages : 12
Book Description
This paper outlines the semi-grillage method of analysis and applies it to slab and pseudo-slab bridge decks. Such an analysis is usually necessary if an economical and efficient design is to be achieved. The method makes use of harmonic analysis and the semi-continuum idealization of Hendry and Jaeger which was later extended by Jaeger and Bakht to include torsion. There are important differences, however. A flexibility formulation has been used which allows torsion, edge stiffening, slab membrane action, sideways deflection of longitudinal beams, and Poisson's ratio to be taken into account. Loads are applied to the supporting members using a simple local statistical distribution as in the grillage analogy method; hence the name give to the method. For the range of bridges to which it is applicable, the proposed method is superior to grillage analysis and requires less work than the finite-strip method. The method can be easily programmed and is ideally suited to a micro-computer. Two examples of plates are presented to illustrate the accuracy, versatility, and ease of use of the method. For the covering abstract of the Conference see IRRD Abstract No. 807839.
Author: Publisher: ISBN: 9780921303145 Category : Languages : en Pages : 12
Book Description
This paper outlines the semi-grillage method of analysis and applies it to slab and pseudo-slab bridge decks. Such an analysis is usually necessary if an economical and efficient design is to be achieved. The method makes use of harmonic analysis and the semi-continuum idealization of Hendry and Jaeger which was later extended by Jaeger and Bakht to include torsion. There are important differences, however. A flexibility formulation has been used which allows torsion, edge stiffening, slab membrane action, sideways deflection of longitudinal beams, and Poisson's ratio to be taken into account. Loads are applied to the supporting members using a simple local statistical distribution as in the grillage analogy method; hence the name give to the method. For the range of bridges to which it is applicable, the proposed method is superior to grillage analysis and requires less work than the finite-strip method. The method can be easily programmed and is ideally suited to a micro-computer. Two examples of plates are presented to illustrate the accuracy, versatility, and ease of use of the method. For the covering abstract of the Conference see IRRD Abstract No. 807839.
Author: C. S. Surana Publisher: Alpha Science Int'l Ltd. ISBN: 9788173191534 Category : Technology & Engineering Languages : en Pages : 276
Book Description
This book deals with the well established computer-aided method of grillage analogy as applied to analysis of bridge decks. The method, applicable to various types of bridge decks (such as slab bridges, T-beam bridges and box-girder bridges), can handle rigid or flexible support conditions, and right, skew or curved plan layouts.The procedure and recommendations for idealising the actual bridge decks and loadings into mathematical models are discussed. Two programs, given in ready-to-use form, along with descriptions of various subroutines, can analyse a variety of bridge decks accurately and obtain all the responses required in the design. Their uses are explained through worked-out examples. These programs, along with input-data and exhaustive output results of all the worked-out examples, are also available on a diskette and can be ordered seperately from the authors through the publisher. This will help those who do not want to type programs from the book and run into possible risk of errors.The book will be useful for the students, researchers, teachers, designers and consultants engaged in analysing, designing, vetting, tendering or constructing bridges.
Author: Damien L. Keogh Publisher: CRC Press ISBN: 9780203984147 Category : Architecture Languages : en Pages : 292
Book Description
The definitive text in the field of Bridge Deck behaviour and analysis Bridge Deck Analysis is an essential reference for civil and structural engineers. It provides bridge designers with the knowledge to understand the behaviour of bridge decks, to be familiar with, and to understand the various numerical modelling techniques, to know which technique is most suited. The book covers the grillage analogy, dedicates a chapter to the modelling and analysis of integral bridge forms and also provides guidance of the application of the finite element method.
Author: Aziz Ibrahim Abdulla Publisher: LAP Lambert Academic Publishing ISBN: 9783847332008 Category : Languages : en Pages : 152
Book Description
The book having introduction in chapter one. Many related works are reviewed in chapter two. Successful applications of these method are presented and notes on comparison are given in the same chapter . Chapter three presents a comprehensive treatment of the grillage analogies. Significant aspects such as the section propeties, shear lag effect, grillage mesh geometry and other factors are investigated . The skew ( or oblique ) grid framework method is developed in chapter four. Advantages and disadvantages of this method are reviewed with appropriate proposed equations and suggested procedure for calculations. Comparison grillage and grid framework method with published experimental and theoretical results appear in chapter five. Also certain examples are solved by the finite element methods for assessing the accuracy and efficiency of the proposed methods. The application of the grillage method for the analysis of different cases appears in chapter six. Chapter seven gives the conclusions and presents ideas for future works.
Author: Tang Chi Cheong Publisher: ISBN: Category : Bridge Languages : en Pages : 898
Book Description
Bridge decks have traditionally been designed using a simplified model known as the Grillage Analogy Method. Grillage Analogy Method shows how complex structures can be analyzed with physical reasoning and relatively simple computer models, and without complicated mathematics. In recent years the computer methods of grillage has become very popular and accessible as microcomputers and software have developed rapidly. Bridge deck analysis provides bridge designers with the knowledge to understand the behaviour of bridge decks, to be familiar with and to understand the various numerical modeling techniques and to know which technique is best suited to each bridge type. This study focuses on the analysis of the bridge deck using Grillage Analogy Method and Finite Element Method, identifying the effectiveness of Grillage Analogy Method for bridge deck analysis. Tasks being addressed by this case study are the analysis for various types of bridge deck structures which included right angle solid slab deck, skew angle solid slab deck, right angle T-beam bridge deck with 2 end diaphragms, right angle T 8beam bridge deck with 5 diaphragms, skew angle T -beam bridge deck with 2 end diaphragms, curved solid slab deck, single box girder and voided slab deck. The structural details for each bridge deck are further illustrated in each chapter. This study provided information structures that show the percentage differences of the Grillage Analogy Method compared to Finite Element Method in bridge deck analysis using LUSAS Finite Element Software.
Author: Eugene J. Obrien Publisher: CRC Press ISBN: 148222724X Category : Technology & Engineering Languages : en Pages : 338
Book Description
Captures Current Developments in Bridge Design and MaintenanceRecent research in bridge design and maintenance has focused on the serviceability problems of older bridges with aging joints. The favored solution of integral construction and design has produced bridges with fewer joints and bearings that require less maintenance and deliver increased
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Author: C. S. Surana
Author: Teck Kiang Choon
Author: Damien L. Keogh
Author: Khazan Singh Dalip Singh
Author: Anthony Ralph Cusens
Author: Aziz Ibrahim Abdulla
Author: Tang Chi Cheong
Author: Eugene J. Obrien
Author: R. West