Reliability Physics and Engineering: Time-To-Failure Modeling

Reliability Physics and Engineering: Time-To-Failure Modeling
Springer | 2010 | ISBN: 1441963472 | 386 pages | PDF | 11 MB

This book provides the basic Reliability Physics and Engineering tools that are needed by Electrical Engineers, Mechanical Engineers, Materials Scientists, and Applied Physicists to build better products. The material includes information for engineers to develop better methodologies for producing reliable product designs and materials selections to improve product reliability. Important statistical training and tools are contained within the text. The author emphasizes the physics of failure and the development of reliability engineering models for failure.

The beginning of the book concentrates on device/materials degradation and the development of the critically important time-to-failure models. Since time-to-failure is a statistical process, the needed statistical tools are presented next along with failure-rate modeling. Following that the use of accelerated testing and the modeling of the acceleration factors are presented. The next section focuses on the effective use of these acceleration factors, during initial product-level testing and operation, in order to reduce the expected device failure rate in the field. The important time-to-failure models are presented next for Electrical Engineering applications. Likewise, the next section addresses important time-to-failure models for Mechanical Engineering applications. The final chapters provide both Electrical and Mechanical Engineers with design help specifically, conversion of dynamic/transient stresses into equivalent static forms, establishing aggressive but safe design rules, and the need to look very closely at design and process interactions.

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Introduction to Modern Physics, Volume 1, Second Edition

Introduction to Modern Physics, Volume 1, Second Edition
New Age Publications (Academic) | 2009 | ISBN: 8122425976 | 636 pages | PDF | 15 MB

                                  The standard undergraduate programme in physics of all Indian Universities includes courses on Special Theory of Relativity, Quantum Mechanics, Statistical Mechanics, Atomic and Molecular Spectroscopy, Solid State Physics, Semiconductor Physics and Nuclear Physics. To provide study material on such diverse topics is obviously a difficult task partly because of the huge amount of material and partly because of the different nature of concepts used in these branches of physics. This book comprises of self-contained study materials on Special Theory of Relativity, Quantum Mechanics, Statistical Mechanics, Atomic and Molecular Spectroscopy.

                                        In this book the author has made a modest attempt to provide standard material to undergraduate students at one place. The author realizes that the way he has presented and explained the subject matter is not the only way; possibilities of better presentation and the way of better explanation of intrigue concepts are always there. The author has been very
careful in selecting the topics, laying their sequence and the style of presentation so that student may
not be afraid of learning new concepts. Realizing the mental state of undergraduate students, every
attempt has been made to present the material in most elementary and digestible form. The author feels that he cannot guess as to how far he has come up in his endeavour and to the expectations of
esteemed readers. They have to judge his work critically and pass their constructive criticism either to
him or to the publishers so that they can be incorporated in further editions. To err is human. The
author will be glad to receive comments on conceptual mistakes and misinterpretation if any that have
escaped his attention.
 

                         A sufficiently large number of solved examples have been added at appropriate places to make the
readers feel confident in applying the basic principles.
I wish to express my thanks to Mr. Saumya Gupta (Managing Director), New Age International
(P) Limited, Publishers, as well as the editorial department for their untiring effort to complete this
project within a very short period.
 

                     In the end I await the response this book draws from students and learned teachers.
R.B. Singh

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Symplectic Fibrations and Multiplicity Diagrams

Symplectic Fibrations and Multiplicity Diagrams
Cambridge University Press | 2009 | 240 pages | PDF | 12 MB

                                Multiplicity diagrams can be viewed as schemes for describing the phenomenon of "symmetry breaking" in quantum physics. The subject of this book is the multiplicity diagrams associated with the classical groups U(n), O(n), etc. It presents such topics as asymptotic distributions of multiplicities, hierarchical patterns in multiplicity diagrams, lacunae, and the multiplicity diagrams of the rank 2 and rank 3 groups. The authors take a novel approach, using the techniques of symplectic geometry. The book develops in detail some themes which were touched on in the highly successful Symplectic

                             Techniques in Physics by V. Guillemin and S. Sternberg (CUP, 1984) , including the geometry of the moment map, the Duistermaat-Heckman theorem, the interplay between coadjoint orbits and representation theory, and quantization. Students and researchers in geometry and mathematical physics will find this book fascinating.

 

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Statistical Physics and Spatial Statistics: The Art of Analyzing Spatial Structures and Pattern Formation

Statistical Physics and Spatial Statistics: The Art of Analyzing Spatial Structures and Pattern Formation
Publisher: Springer; 1 edition | October 2, 2000 | 415 pages | PDF | 6.6MB

                               A collection of the majority of papers presented at the all German workshop 'Spatial Physics and Spatial Statistics,' held at the University of Wuppertal, February 22-24, 1999. Each of these papers present and use geometric concepts to study random spatial configurations.

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