Classical Mechanics provides a clear introduction to the subject, combining a user–friendly style with an authoritative approach, whilst requiring minimal prerequisite mathematics – only elementary calculus and simple vectors are presumed. The text starts with a careful look at Newton′s Laws, before applying them in one dimension to oscillations and collisions. More advanced applications – including gravitational orbits, rigid body dynamics and mechanics in rotating frames – are deferred until after the limitations of Newton′s inertial frames have been highlighted through an exposition of Einstein′s Special Relativity.
* Comprehensive yet concise introduction to classical mechanics and relativity.
* Emphasize real life examples.
* Includes many interesting problems and a key revision notes chapter.
* Presented in a style that assumes a minimum of mathematical knowledge.
* Contains new chapter on computational dynamics.
* Unique mixture of classical mechanics with relativity.
* Supplementary web link and solutions manual.
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Elasticity in Engineering Mechanics, Third Edition
Author: Arthur P. Boresi, Kenneth P. Chong, James D. Lee | Size: 9.7 MB | Format:PDF | Publisher: John Wiley & Sons | Year: Dec 2010 | pages: 656 | ISBN: 9780470402559
Product Description
The proposed is an updated edition of a book that presents a classic approach to engineering elasticity. Lead author Art Boresi is considered one of the best authors in engineering mechanics alive today and has a number of well respected books to his credit. The classic approach taken will be enhanced in this revision based on both the authors plans and their acceptance of reviewer comments asking for more coverage of "modern" subjects and applications such as nano– and biomechanical elsaticity. Co–author Ken Chong at the NSF has proposed adding a third author, Wing K. Liu, from Northwestern University to help in this effort. They will also work to add more engineering applications and examples to supplement their more theoretical coverage. As with the second edition as solutions manual will be available on the instructor′s companion site.
From the Back Cover
Comprehensive, accessible, and logical—an outstanding treatment of elasticity in engineering mechanics
Elasticity in Engineering Mechanics has been prized by many aspiring and practicing engineers as an easy–to–navigate guide to an area of engineering science that is fundamental to aeronautical, civil, and mechanical engineering, and to other branches of engineering. With its focus not only on elasticity theory, including nano– and biomechanics, but also on concrete applications in real engineering situations, this acclaimed work is a core text in a spectrum of courses at both the undergraduate and graduate levels, and a superior reference for engineering professionals. With more than 200 graphs, charts, and tables, this Third Edition includes:
* Clear explorations of such topics as deformation and stress, stress–strain–temperature relations, plane elasticity, thermal stresses, and end loads
* Discussions of deformation and stress treated separately for clarity, with emphasis on both their independence and mathematical similarities
* An overview of the mathematical preliminaries to all aspects of elasticity, from stress analysis to vector fields, from the divergence theorem to tensor algebra
* Real–world examples and problem sets illustrating the most common elasticity solutions—such as equilibrium equations, the Galerkin vector, and Kelvin′s problem
* Highlights of the similarities and differences between molecular dynamics and continuum theory
* Presentations of molecular dynamics, including the subjects of definition of temperature at atomistic scale, and interatomic potentials, forces, and stiffness matrices
* Discussions and real–world examples of biomechanics, including the subjects of finite strain elasticity, constitutive equations of soft biological tissues, incompressibility, aneurysm, plaque on artery wall, and active stresses
* A series of appendixes covering advanced topics such as complex variables, couple–stress theory, micromorphic theory, and concurrent atomistic/continuum theory
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This document specifies the principles for the implementation of a system of cathodic protection
against corrosive attacks on buried metal tanks and associated piping.
This document specifies conditions and parameters to be met in order to achieve cathodic protection,
as well as rules and procedures for the design, installation, commissioning and maintenance for the
protection of buried metal tanks and associated piping.
This document is applicable to the external surfaces of buried metallic tanks and associated buried
piping.
NOTE The protection of internal surfaces is covered by EN 12499.
This document is applicable to buried tanks and associated piping, even if they are earthed by their
own local earthing device, which are electrically separated from any general earthing systems and
other buried structures.
Therefore tanks which are covered by the present document include:
industrial storage tanks, irrespective of their dimensions and the nature of the stored medium
(liquid or gas, flammable or not, toxic or non-toxic, polluting or not);
tanks used at petrol stations and on domestic or commercial premises, which contain flammable
liquids or gases or polluting substances.
This document is not applicable to:
above-ground storage tank floors in contact with the ground;
reinforced concrete containers;
buried storage tanks that are electrically connected to the whole or a part of an industrial
complex;
buried storage tanks electrically connected to any general earthing systems.
NOTE Cathodic protection of the last two types of tanks is covered by prEN 14505.
Measurement techniques are described in detail in EN 13509.
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ISO 15835-1:2009 Steels for the reinforcement of concrete — Reinforcement couplers for mechanical splices of bars - Part 1: Requirements
This part of ISO 15835 specifies requirements for reinforcement couplers, hereafter called couplers, to be used for splicing of steel reinforcing bars.
This part of ISO 15835 specifies requirements for couplers to be used for mechanical splices in reinforced concrete structures under predominantly static loads and additional requirements for couplers to be used in structures subject to high cycle elastic fatigue loading and/or to low cycle elastic-plastic reverse loading.
This part of ISO 15835 is intended to be applicable in relation to the various reinforced concrete design standards as well as in relation to the various standards for steel reinforcing bars.
This part of ISO 15835 also provides directions for the evaluation of conformity of couplers.
Compression-only couplers such as end-bearing sleeves are not covered by this part of ISO 15835
ISO 15835-2:2009 Steels for the reinforcement of concrete — Reinforcement couplers for mechanical splices of bars - Part 2: Test methods
This part of ISO 15835 specifies test methods applicable to couplers for mechanical splices of steel reinforcing
bars.
This part of ISO 15835 is intended to be applicable in relation to the various standards for steel reinforcing
bars as well as in relation to the various reinforced concrete design standards.
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Proceedings of the International Workshop on Rock Mass Classification in Underground Mining
Author: Edited by Christopher Mark, Ph.D., P.E., Rimas Pakalnis, P.Eng., and Robert J. Tuchman | Size: 10.67 MB | Format:PDF | Publisher: DEPARTMENT OF HEALTH AND HUMAN SERVICES, Centers for Disease Control and Prevention National Institute for Occupational Safety and Health Pittsburgh Research Laboratory Pittsburgh, PA | Year: 2007 | pages: 168 | ISBN: DHHS (NIOSH) Publication No. 2007–128
Rock mass classification is widely used throughout the underground mining industry—in both coal and hardrock mines. It is used in all stages of the mining process, from site characterization to production operations. The goal of the International Workshop on Rock Mass Classification in Underground Mining was to provide a forum for leading practitioners of rock mass classification to come together and share their methods and experiences with the technique. The workshop was held in Vancouver, British Columbia, Canada, on May 31, 2007. It was co-chaired by Christopher Mark, Ph.D., P.E., National Institute for Occupational Safety and Health, Pittsburgh, PA, and Rimas Pakalnis, P.Eng., University of British Columbia, Vancouver, Canada.
The proceedings of the workshop contain 16 invited papers from 9 countries, reflecting the international depth and breadth of current practice. Applications in both hard-rock and coal mining are well represented. Some of the topics that were addressed at the workshop include:
• Major rock mass classification systems used in mining and their variants
• Collection of input data through observation, rock testing, and geophysics
• Design of mine layouts and rock support systems using classification
• Estimation of rock mass strength and other input parameters for numerical models from classification
• Applications in weak rock, raise boring, cavability assessment, and other special topics
• Risk assessment using rock mass classification
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please can any one upload all the manual series of asphalt institute or can any one upload the software of aasshtowares darwin 3.1 please i will be much greatfull....
Author: Robert de Levie | Size: 31,5 MB | Format:PDF | Publisher: Oxford University Press, USA | Year: January 15, 2004 | pages: 638 | ISBN: 0195152751
Excel is the leading spreadsheet both in its widespread distribution and in its computational features. In scientific research, spreadsheets are often used to organize and plot experimental results for reports and papers. Spreadsheets are also much-used tools in teaching some of the more quantitative aspects of science. This guidebook is different from the majority of existing Excel books in that it emphasizes the design of solutions to unique problems rather than simply the mechanics of spreadsheet use. Its focus is on the use of Excel to analyze numerical experimental data usually encountered in the physical sciences. The core of the book discusses the two primary approaches to scientific data analysis, least squares and Fourier transformation. Other cases in which experiments must be compared with the results of numerical simulations are also briefly discussed. Macros are presented as examples that readers can modify for their own purposes. The text is illustrated throughout with practical examples.
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