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Peter Keith Brian Hodges
Butterworth-Heinemann
ISBN: 9780340676523
E-ISBN: 9780080523897
Reviews the development of modern hydraulic fluids
Discusses the application and selection of hydraulic fluids through the investigation of their physical and chemical properties related to the operational requirements.
Offers guidance on suitable maintenance routines
Since the first use of water as a hydraulic medium in the late 18th century, hydraulics has become an indispensable discipline of engineering science. Enormous technological advances have been made in the intervening years, but this has not been reflected in the available literature on the numerous fluids involved.
Based on 40 years of experience with Shell in Norway, this reference text brings together a comprehensive coverage of the behaviour and selection of hydraulic fluids. It includes a full analysis of recent advances in synthetic oils - media which will inevitably become more dominant as natural products become more scarce.
Hydraulic Fluids provides an overview that both students and professionals involved with hydraulics, whether concerned with the mechanical components or system design or selection and maintenance of the fluids themselves, will refer to again and again as it provides relevant information on all the major hydraulic fluids in a single volume.
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This practical guide to the assessment and repair of historic buildings is invaluable for structural engineers, architects, surveyors and builders working in all aspects of building conservation. Taking a practical step-by-step approach, the authors discuss the appraisal of buildings and the differences in structural behaviour between new and existing structures. Each stage in the appraisal is explained, using examples from the authors' own work.
Each major construction material is assessed in detail, with separate sections on masonry, concrete, timber and the particularly complex issues of iron and steel framed buildings. Techniques for testing the ability of a building to continue its existing use or to be converted to a new use are explained.
* Detailed guide to appraisal and repair of historic buildings
* Analyses the key differences between new and existing structures
* Written by practitioners and illustrated with examples from their direct experience
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Posted by: niki102 - 10-28-2009, 09:10 AM - Forum: Archive
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Composite Structures for Civil and Architectural Engineering
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Composite Structures for Civil and Architectural Engineering
Author : D-H Kim
Publisher : Taylor & Francis
Master eBook ISBN10 : 0-203-47496-1
Master eBook ISBN13 : 978-0-203-47496-9
No of illustrations : 214 line illus
No of pages :516
Originally Published : 1 Dec 1994
No of Copies : 5
Status : Available [You may read this title]
Modern composite materials offer structural engineers and architects exciting new opportunities for all types of buildings and structures. As well as being light weight with excellent corrosion resistance, composite structures can be designed with improved properties compared to conventional structural materials, such as enhanced toughness and thermal properties, and with the possibility of producing optimum members depending on the structural requirements. Composite materials have not yet found widespread application in construction. This is partly because many engineers do not have the necessary background expertise to take advantage of the properties and behaviour of composites. Composite Structures for Civil and Architectural Engineering provides the first comprehensive guide for engineers which will enable them to design composite structures with confidence. It integrates current knowledge on composites, bringing together information from various disciplines, such as materials science and aeronautical engineering, where composites are more widely used.
The book gives thorough explanations of the mechanics of the structural concepts/forms best suited for advanced composites and presents simplified but exact methods of analysis for typical laminate orientations suitable for use in construction. It links the underlying mathematical theory to practical design. Each chapter reviews the state-of the-art on the topic and identifies future directions for research and development. Extensive references to further information sources are given.
Table of contents : Introduction. Historical necessity. Basic concept of composites. Matrix. Reinforcements. Filamentary type composites. Composite manufacture. Application, present and future. Further reading.
Properties of composites. Introduction. Reinforcements. Matrices. Particulate composites. Other matrix based composites. Mechanical properties of fibrous composite. 'Comingle' and 'FIT' - new concepts for thermoplastic composites. References. Further reading.
Classical theory of elasticity and mechanics. Assumptions for classical theory of elasticity. Stress and strain. Hooke's Law. Two-dimensional problems (plane) problems. Stress at a point. Mohr's circle. Strain at a point. Pure shear. Equilibrium equations and boundary conditions for two-dimensional problem. Compatibility equations. Stress function. Application of stress function in rectangular coordinate system. Displacements in two-dimensional problem. Application of stress function using Fourier Series. Equilibrium equations in terms of displacements. Two-dimensional problems in polar coordinates. Solution of two-dimensional problems in polar coordinates. Problems of concentrated loads. Strain energy and principle of virtual work. Examples of use of the energy method. Castigliano's theorem. Equilibrium equations in three dimensions. Boundary conditions in three-dimensional problems. Compatibility equations in three-dimensional problems. Saint Venant', solution of the problem of torsion of a prismatic bar. Membrane analogy for torsional problems. Asymmetric bending of prismatic beams. Asymmetrical bending of a beam with longitudinal stringers. Torsion of thin-walled structures with longitudinal stringers. Determination of rate of twist of a cell. Shear centre of beams with longerons. Shear flow distribution in multicell beams with longerons. Out-of-plane bending of curved girders. Alternative formulation for out-of-plane bending of curved beams with constant radius. Bending in the plane of the ring. Elementary theory of thin shell. Space frame. Space trusses. Cable. Guyed tower. Review of beam theory. Plates with irregular shapes and arbitrary boundary conditions. References. Further reading.
Eigenvalue problems of beams and frames of isotropic materials. Stability of beams and frames. Structural vibration of beams and frames. References. Further reading.
Anisotropic elasticity. Introduction. Stress-strain relations of anitotropic materials. Engineering constants for orthotropic materials. Stress-strain relations of plane stress and plane strain problems for unidirectionally reinforced lamina. Transformation equations. Invariants. Laminates. Micromechanics - mechanical properties of composites. Numerical examples. References. Further reading.
One-dimensional structural elements of composite materials. Equations for beams and rods. Beams with hollow cross-sections. Eigenvalue problems of beams and frames of anisotropic materials. References. Further reading.
Plates and panels of composite materials. Equilibrium equations. Bending of composite plates. Boundary conditions. Navier solution for a simply supported plate of specially orthotropic laminate. Alternative solution for plates of specially orthotropic laminate. Review of stiffness. Plates with various sections. Eigenvalue problems for laminated plates. Simple method of analysis for preliminary design of the composite laminated primary structures for civil construction. Possibility of using the classical mechanics for the preliminary design of laminated composite structures for civil construction. References. Further reading.
Failure of composites. Introduction. Fracture. Fatigue. Failure theories. Design effort to reduce failure. References. Further reading.
Joints. Introduction. Mechanical joints. Adhesively bonded joints. References. Further reading.
Design. Introduction. Design and analysis of structures of four basic concepts. Design of structures of the fifth concept. Optimization of composite material structures. References. Further reading.
Appendix A: Units, symbols and conversion factors. Appendix B: Numerical analysis of structures. Appendix C: Matrices and determinants. Table index. Author index. Subject index.
Please Post This book If anybody can get it. It will be very helpful to me. and also to others..
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THIS DOCUMENT PREPARED BY
AKBAS BULENT AT ILLINOIS INSTITUTE OF TECHNOLOGY
AND USING AS A CLASS NOTE AT GEBZE INSTITUTE OF TECHNOLOGY
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Dynamic Failure of Materials and Structures discusses the topic of dynamic loadings and their effect on material and structural failure. Since dynamic loading problems are very difficult as compared to their static counterpart, very little information is currently available about dynamic behavior of materials and structures. Topics covered include the response of both metallic as well as polymeric composite materials to blast loading and shock loadings, impact loadings and failure of novel materials under more controlled dynamic loads. These include response of soft materials that are important in practical use but have very limited information available on their dynamic response. Dynamic fragmentation, which has re-emerged in recent years has also been included. Both experimental as well as numerical aspects of material and structural response to dynamic loads are discussed.
Written by several key experts in the field, Dynamic Failure of Materials and Structures will appeal to graduate students and researchers studying dynamic loadings within mechanical and civil engineering, as well as in physics and materials science.
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info: An Expert Guide to Developing More-Durable and Cost-Effective Asphalt Pavements By Y. Richard Kim
Date August 6, 2008
Format Hardback, 460 pages
ISBN 007146462X / 9780071464628
Written by distinguished experts from countries around the world, Modeling of Asphalt Concrete presents in-depth coverage of the current materials, methods, and models used for asphalt pavements.
Included is state-of-the-art information on fundamental material properties and mechanisms affecting the performance of asphalt concrete, new rheological testing and analysis techniques, constitutive models, and performance prediction methodologies for asphalt concrete and asphalt pavements. Emphasis is placed on the modeling of asphalt mixes for specific geographic/climatic requirements.
In light of America's crumbling infrastructure and our heavy usage of asphalt as a paving material, this timely reference is essential for the development of more-durable and cost-effective asphalt materials for both new construction and rehabilitation.
Harness the Latest Breakthroughs in Asphalt Concrete Technology:
• Asphalt Rheology • Constitutive Models • Stiffness Characterization • Models for Low-Temperature Cracking • Models for Fatigue Cracking and Moisture Damage • Models for Rutting and Aging
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EN 1504-6:2006
Products and systems for the protection and repair of concrete structures - Definitions, requirements, quality control and evaluation of conformity - Part 6: Anchoring of reinforcing steel bar
If someone has all parts, I will appreciate if he upload them all
Beginning of Text
PAVEMENT DRAINAGE PRESENTED BY : KAZIM KHAN (05-CTE-26) SYED ABID MASOOD (05-CTE07) CONTENTS Related Terms & Definitions Why is road drainage so importants ? Factors Affecting the drainage system in road construction Sources of Moisture in Pavements PART 1 Related Terms & Definitions Pavement: All elements from the wearing surface of a roadway to the subgrade. Pe... (more)
PAVEMENT DRAINAGE PRESENTED BY : KAZIM KHAN (05-CTE-26) SYED ABID MASOOD (05-CTE07) CONTENTS Related Terms & Definitions Why is road drainage so importants ? Factors Affecting the drainage system in road construction Sources of Moisture in Pavements PART 1 Related Terms & Definitions Pavement: All elements from the wearing surface of a roadway to the subgrade. Permeable base: A free draining layer in the pavement designed to rapidly remove free water from most elements of pavement.
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