This introductory text was aimed at giving a basic knowledge of the concepts and methods of statistical physics to the readers, so that they could later on follow more advanced lectures on diverse topics in the field of complex systems.
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Author: Paolo Rugarli | Size: 6.3 MB | Format:PDF | Publisher: Thomas Telford Ltd | Year: 2010 | pages: 424 | ISBN: Thomas Telford Ltd
Description
Structural Analysis with Finite Elements reveals the theory behind the finite element (FE) method as it relates to structural engineering and explains how to overcome commonly encountered problems and errors found in everyday structural modelling with finite element software.
Drawing on nearly 20 years of experience as a structural engineer and FE software developer, Paolo Rugarli gives readers clear guidance on the fundamental principles of the FE method, demonstrating through practical examples how these principles apply to the kind of FE modelling that goes on every day in structural design departments.
Explaining computational methods from the software users' point of view, Structural Analysis with Finite Elements also points out the risks involved in using FE software packages, analysing typical errors and problems, with extensive reference to real world examples.
Key features of the book:
* Focuses on the practical structural engineering applications of FEM
* Goes back to first principles
* Gives readable, accessible and concise explanations
* Identifies common pitfalls that analysts encounter when devising structural models
* Applicable to all FEM software
Containing the theory and practice of finite element analysis, this book will prove a valuable guide for structural engineers and students worldwide.
Contents
* Introduction
* Overview
* Elasticity: Special Formulations
* The Finite Element
* Assembly
* Actions
* Constraints
* Solving and Stress Recovery
* Error Assessment
* Structural Problems
* The Most Common Finite Elements
* Problems in Modelling
* The Problem of Checking
* Appendices
* References and Index
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This is an elementary text book for the civil engineering students with no prior background in point-set topology. This is a rather terse mathematical text, but provided with an abundant supply of examples and exercises with hints.
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Abstract
Gives an overview of ground behaviour and geotechnics, but focuses on shallow foundations for low-rise buildings. Covers regulations and legislation for foundations and contaminated land, types of ground, soil behaviour and ground assessment. Also focuses on foundation design and foundations on difficult ground, and finally, looks at foundation movement and damage, remedial treatment and underpinning, and ancillary works (hardcore, soakaways, drains, small embankments, small retaining walls, freestanding walls).
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Here is the new sheet for retaining walls design...with following conditions
1-Section is selected such that the resultant is in middle third of length.
2-SI units
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Shear and punching shear in RC and FRC elements Workshop
Size: 100 MB | Format:PDF
These are presentations for the Shear and punching shear in RC and FRC elements Workshop (representerd in FIB Bulletin 57). Just the presentations, not the papers. If anybody can upload the papers, I would appreciate it.
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Finite Element (FE) software is an essential tool for most structural design engineers, and at the cost of most commercial FE software, it had better be essential. The commercial FE software used by many engineering firms will provide you with more computer-output than you could read in a month and more than you can understand in a year. Commercial programs are great for impressing clients, and great for performing extensive analysis when really needed. But in design of frame-type structures, rarely is all that power andUnderstanding FE theory allows the user to in many cases forego commercial software and use more basic software, such as the FE spreadsheet. In 10 years of private practice, I haverelied almost exclusively on a FE spreadsheet for analyzing frame-type structures. That spreadsheet is presented in this course as a teaching tool and as a practical, effective design tool. The spreadsheet is limited to 2-dimensional frames of about 50 nodes, but if a problem is within that range it is easier to use, easier to understand, easier to port, easier to check and much less expensive than commercial programs using exce
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Author: John Douglas Moore | Size: 2.7 MB | Format:PDF | Publisher: UCSB | Year: 2003 | pages: 169
Our goal here is to develop the most basic ideas from the theory of partial differential equations, and apply them to the simplest models arising from physics. In particular, we will present some of the elegant mathematics that can be used to describe the vibrating circular membrane.
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From the table of contents: Smooth Manifolds; Tangent Spaces; Affine Connections on Smooth Manifolds; Riemannian Manifolds; Geometry of Surfaces in R3; Geodesics in Riemannian Manifolds; Complete Riemannian Manifolds; Jacobi Fields.
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The text covers the basic concepts of modern string theory. This includes covariant and light-cone quantisation of bosonic and fermionic strings, geometry and topology of string world-sheets, vertex operators and string scattering amplitudes, world-sheet and space-time supersymmetries, elements of conformal field theory, Green-Schwarz superstrings, strings in curved backgrounds, low-energy effective actions, D-brane physics.
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