Mathematical Theory of Creep and Creep Rupture Folke K.G. Odqvist
Mathematical Theory of Creep and Creep Rupture
Folke K.G. Odqvist
Oxford University Press 1974
ISBN: 0198535228 210 pages Djvu 5,3 MB
Contents
1. Introduction
2. Physical background. Dislocations
3. Phenomenological approach. Uni-axial state of stress
4. Time-dependent stress. Commutative law of creep
5. Multi-axial state of stress
6. Boundary- and initial-value problems. Problems of type E and C
7. Problems of stationary creep. The elastic analogue
8. Finite deformations. Plates, membranes, and beams
9. Stability problems in creep
10. Creep rupture, uni-axial state of stress
11. Creep rupture, multi-axial state of stress
12. Creep rupture, non-homogeneous state of stress
13. Creep and rupture under given state of deformation
14. Recovery effects. Relaxation
15. Creep constants of structural metals
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Engineering Fracture Mechanics: Numerical Methods and Applications D. R. J Owen
Engineering Fracture Mechanics: Numerical Methods and Applications
D. R. J Owen
Pineridge Press 1983
ISBN: 0906674263 305 pages Djvu 4,4 MB
Contents
1.Introduction and basic expressions
2.Fracture mechanics in engineering design
3.Review of finite elements in LEFM
4.Theory and standard subroutines for two-dimensitonal elastic finite element applications
5.Stress intensity factor evaluation by finite elements in LEFM
6.Exact field modeling
7.Hybrid elements, boundary integrals and edge functions
8.Elasto-plastic finite element analysis
9.Fracture prediction in ductile materials
10.Practical applications
•Appendix I. Analytic crack element program listing
•Appendix II. Instructions for preparing input data
•Appendix III. Sample input data and line printer output
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Mechanics of Fracture: Methods of Analysis and Solutions of Crack Problems, Vol. 1 George C. Sih
Mechanics of Fracture: Methods of Analysis and Solutions of Crack Problems, Vol. 1
George C. Sih
Springer 1973
ISBN: 9001798608
568 pages Djvu
6,3 MB
Contents
•Introductory chapter: A special theory of crack propagation
•Ch 1. Solutions of plane crack problems by mapping techniques
•Ch 2. Method of Laurent series expansion for internal crack problems
•Ch 3. Asymptotic approximations to crack problems
•Ch 4. Alternating method applied to edge and surface crack problems
•Ch 5. Field singularities and related integral expressions
•Ch 6. Integral transform methods
•Ch 7. Numerical solution of singular integral equations
•Ch 8. Application of finite element method to the calculation of stress intensity factors
•Ch 9. Finite element methods for elastic bodies containing cracks
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Ace Translator employs the power of Internet machine language translation engines, and enables you to easily translate Web contents, letters, chat, and emails between major International languages.
Ace Translator supports translations between the following 58 languages:
English
French
German
Italian
Dutch
Portuguese
Spanish
Catalan
Greek
Russian
Chinese (Simplified)
Chinese (Traditional)
Japanese
Korean
Finnish
Czech
Danish
Romanian
Bulgarian
Croatian
Filipino
Hindi
Indonesian
Latvian
Lithuanian
Norwegian
Serbian
Ukrainian
Slovak
Slovenian
Swedish
Polish
Vietnamese
Arabic
Hebrew
Turkish
Hungarian
Thai
Albanian
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Irish
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Persian
Galician
Welsh
Yiddish
Afrikaans
Swahili
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Urdu
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System Requirements:
Microsoft Windows 7/Vista/XP/2008/2003/2000
An active Internet connection
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IMPORTANT NOTICE: You may use this software for evaluation purposes only.
If you like it, it is strongly suggested you buy it to support the developers.
By any means you may not use this software to make money or use it for commercial purpose.
Established for 60 years, Géotechnique is the world's premier geotechnics journal, publishing the research of the highest quality on all aspects of geotechnical engineering.
Géotechnique provides access to rigorously refereed, current, innovative and authoritative research and practical papers, across the fields of soil and rock mechanics, engineering geology and environmental geotechnics. The journal also publishes articles ahead of print to ensure you receive access to the latest research as soon as it is published.
---> Moderator Note: <---
---> The RapidShare link is a 418 MB file size !!!! <---
---> In the icevirtuallibray is possible to download separately <---
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GROUND SUPPORT – REINFORCEMENT, COMPOSITE STRUCTURES
Ground support comprises a wide field of geotechnical engineering. Therefore some special topics are selected: Reinforcement and dowelling of soil and rock by nails, anchors, piles and jet-grouting. Thus, the ground becomes more or less a compound body which locally can be considered a quasi-monolith. In the case of retaining structures or underground excavations, prestressed anchors are used in addition to conventional reinforcement. The paper focuses on retaining structures, underpinning of buildings, and tunnelling. Residual shear strength of the ground is considered an essential value for parametric design analyses and risk assessment, and the observational method is favoured over the fully-engineered design.
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Evaluation of Soil Shear Strengths for Slope and Retaining Wall Stability Analyses with Emphasis on High Plasticity Clays
In this report important fundamentals pertaining to the shear strength of soils are reviewed and guidelines for determining appropriate values of soil shear strength parameters are presented for both undrained (short-term) and drained (long-term) stability conditions. Particular attention is given to the long-term strength properties of compacted high PI clay fills used for embankment construction.
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Performance-Based Design in Earthquake Geotechnical Engineering
Performance-Based Design in Earthquake Geotechnical Engineering
From Case History to Practice
Edited by Takaji Kokusho, Yoshimichi Tsukamoto, Mitsutoshi Yoshimine
Pages: 388 pages
This book presents current developments in performance-based design (PBD) in earthquake geotechnical engineering, including various case histories, numerical methods, soil investigations and engineering practice. Special attention is paid to the 2008 Wenchuan Sichuan earthquake in China, performance evaluations, the role of soil investigations, criteria/design codes, and the performance and future perspectives of PBD. The information in this book will be of particular interest to researchers in earthquake geotechnical engineering, and practicing geotechnical and structural engineers.
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COMPUTING AND COMPUTER MODELLING IN GEOTECHNICAL ENGINEERING
A broad review is presented of the role of computing in geotechnical engineering. Included in the discussions are the conventional deterministic techniques for numerical modelling, stochastic techniques for dealing with uncertainty, Ôsoft-computingÕ tools, as well as modern database software for geotechnical applications. Considerable emphasis is given to the methods commonly used for the solution of boundary and initial value problems. Constitutive modelling of soil and rock mass behaviour and material interfaces is an essential component of this type of computing, and so a review of recent developments and capabilities of constitutive models is also included. The importance of validating computer simulations and geotechnical software is emphasised, and some methodologies for achieving this are suggested. A description of several previously conducted validation studies is included. The paper also includes discussion of the limitations ofvarious numerical modelling techniques and some of the more notable pitfalls.
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