**
**

Airplane
Calendars * Airplane
Art * Railroad
Calendars

**
Electronic
Structure and the Properties of Solids : **The
Physics of the Chemical Bond

by Walter A. Harrison

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Dover Pubns

Paperback - 586 pages

(August 1989)

**
Theory
of Elasticity **(Theoretical Physics, Vol
7)

by E.M. Lifshitz, L. D. Landau

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Butterworth-Heinemann

Paperback

3rd Rev&en edition (February 1995)

**
Wave
Motion in Elastic Solids **

by Karl F. Graff

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Dover Pubns

Paperback - 649 pages

(July 1991)

**
Anelastic
and Dielectric Effects in Polymeric Solids **

by N. G. McCrum

Back Ordered

Dover Pubns

Paperback - 617 pages

Dover e edition (August 1991)

**
The Strength of Materials & Mechanics of Solids Problem Solver**
(Problem Solvers)

by James R. Ogden

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Research & Education Assn

Paperback - 1140 pages

Revised edition (June 1990)

**Book Description **

**
For students in engineering, architecture, and construction. Thorough coverage
is given to bend ing moments, shear, stress and strain relations,
beam deflections, torsion, and columns. Also included are sections on statically
indeterminate members, dynamic loading, structural analysis, failure
criteria, reinforced concrete, and timber design. **

**Impedance
Spectroscopy :** Emphasizing Solid Materials and Systems

by J. Ross MacDonald, Ross J. MacDonald

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John Wiley & Sons

Hardcover - 368 pages

(June 1987)

**The publisher, John Wiley & Sons **

**
This is the first book-length, integrated treatment of impedance spectroscopy
with an emphasis on solid state electrochemical systems. Impedance spectroscopy
is a method for characterizing the electrical behavior of systems in which
the overall system behavior is determined by a number of coupled processes,
each proceeding at a different rate. The scope of this volume is comprehensive:
provides coverage of fundamental theory, illustrates applications of the
technique, and discusses practical considerations in regard to data acquisition
and analysis. Those with little prior experience in impedance measurements
will find this an excellent introduction. Senior investigators will find
that the book provides a useful summary of fundamentals as well as a survey
of recent developments in the field. **

**Mastering
Mechanical Desktop : **Native Solids ACAD Theory

by Ron K. C. Cheng

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Autodesk Press

Paperback - 256 pages

(November 1997)

**Book Description **

**
Building on the foundation of Autocad skills provided in Cheng's Mastering
AutoCad R13 book, this brief companion book teaches students and
professional users of Mechanical Desktop how to create three-dimensional
solid objects (called "native solids" in Autodesk literature). The book
begins with an overview of solid objects and how they are built using a
computer; users then move to creating complex solids using Boolean Union
and Subtract operations, extruding and resolving 2-dimensional regions
and polylines to become solids, and using another Boolean operation, Intersection,
to create models. The author explains how to output 3D solid models to
paper, generating orthographic and 3D- views in a paper document. Finally,
users learn how to produce a 3D structural framework and use constructive
solid geometry techniques in building an architectural project. The
book ends with a summary of all solid modeling commands used in the text.**

**Engineering
Mechanics: Statics **

by Wallace L. Fowler

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Peachpit Pr

Hardcover - 600 pages

2nd edition (August 1998)

**Cellular
Solids : Structure and Properties** (Cambridge Solid State
Science Series)

by Lorna J. Gibson, Michael F. Ashby

Special Order

Cambridge Univ Pr (Short)

Hardcover

2nd edition (June 1997)

**Book Description **

**
In this new edition of their classic work on Cellular Solids, the authors
have brought the book completely up to date, including new work on
processing of metallic and ceramic foams and on the mechanical, electrical
and acoustic properties of cellular solids. Data for commercially available
foams are presented on material property charts. By unifying the modeling
of many different types of cellular solid (for instance, engineering honeycombs,
polymer, metallic and ceramic foams, wood, cancellous bone, cork), similarities
in the behavior in these diverse materials are explained. The text
summarizes current understanding of the structure and mechanical behavior
of cellular materials, and the ways in which they can be exploited
in engineering design. **

**Fracture
of Brittle Solids** (Cambridge Sold State Science Series)

by Brian Lawn, Brain Lawn

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Cambridge Univ Pr (Pap Txt)

Paperback - 378 pages

2nd edition (June 1993)

**Book Description **

** Originally published in 1975, this advanced
text for higher degree materials science students and researchers concerned
with the strength of highly brittle covalent-ionic solids, principally
ceramics, has been thoroughly revised and expanded. Read more **

**Electrical
Properties of Materials **(Oxford Science Publications)

by D. Walsh, L. Lectures on the
Electrical proper Solymar

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Oxford Univ Press

Paperback

6th edition (November 1998)

**Surfaces
and Interfaces of Solid Materials **

by Hans Luth

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Springer Verlag

Paperback - 495 pages

3rd edition (July 1995)

**Principles
of the Theory of Solids **

by John M. Ziman

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Cambridge Univ Pr (Pap Txt)

Paperback

Second edition (November 1979)

**
Cellular
Solids: Structure and Properties **

by Lorna J. Gibson, Michael Ashby

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Cambridge University Press

Paperback - 510 pages

2nd edition (September 1, 1999)

**Elements
of Materials Science and Engineering **

by Lawrence H. Van Vlack

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Addison-Wesley Pub Co

Hardcover - 598 pages

6th edition (January 1989)

**
**

**
Sampling for Analytical Purposes** [ABRIDGED]

by Pierre Gy, A. G. Royle (Translator)

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John Wiley & Son Ltd

Hardcover - 153 pages

(July 1998)

**
Elementary
Excitations in Solids **

by David Pines

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Perseus Books

Hardcover - 320 pages

(April 1999)

**
Engineering
Mechanics of Solids **

by Egor P. Popov

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Prentice Hall

Hardcover - 800 pages

2nd edition (August 1998)

**
Solid-State
Spectroscopy :** An Introduction

by Hans Kuzmany

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Springer Verlag

Hardcover - 480 pages

(June 1998)

**Synopsis **

** Numerous techniques using electromagnetic
radiation or charged neutral particles have been invented and refined to
provide more detailed information on solids. This book elucidates
topics in this field, including lasers and synchrotrons, Fourier transform
spectroscopy, pulsed and magnetic NMR... Read more**

**Principles
of Gas-Solid Flows **(Cambridge Series in Chemical Engineering)

by Liang-Shih Fan, Chao Zhu

Special Order

Cambridge Univ Pr (Short)

Hardcover

(March 1998)

**Electronic
Properties of Materials **

by Rolf E. Hummel

Publisher Out Of Stock

Springer Verlag

Hardcover

2nd edition (December 1992)

**
Optical Waves in Layered Media **(Wiley Series in Pure and
Applied Optics)

by Pochi Yeh

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John Wiley & Sons

Paperback - 406 pages

(September 1988)

**The publisher, John Wiley & Sons **

**
Presents a clear picture of the propagation of optical waves in layered
media and teaches the reader how to design and analyze optical devices
using such media. Starting from the simplest case of plane wave propagation
in homogeneous media, the author introduces a new matrix method for
studying the optical properties of multilayer structures which consist
of isotropic materials. He then describes propagation in anisotropic
layered media and in inhomogeneous layers, guided waves, the coupling of
modes, and the optical properties of superlattices and quantum wells. Materials
covered include dielectrics, crystals, and absorbing media such as metals
and semiconductors. Many applications are described, including spectral
filters, Bragg relectors, Fabry-Perot etalons, antireflection coatings,
ellipsometry, gradient index imaging rods, birefringent filters,
waveguide couplers, and x-ray mirrors and oscillators. **

**Magnetism
and Magnetic Resonance in Solids **

by Alberto Passos Guimaraes

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John Wiley & Sons

Hardcover - 352 pages

(August 1998)

**The publisher, John Wiley & Sons **

** The first text that focuses on the research
aspect of the magnetism of matter and magnetic resonance. Explores the
properties of magnetic materials and their applications to our world
today from magnetic media and recording to magnetic resonance imaging (MRI).
Read more **

**
Solutions
Manual for Electrical Properties of Materials **

by L. Solymar, L.B. Au

Special Order

Oxford Univ Press

Paperback

6th edition (July 1998)

**
P- And Hp- Finite Element Methods : ** Theory and Applications
in Solid and Fluid Mechanics (Numerical

Mathematics and Scientific Computation)

by Ch. Schwab

Special Order

Clarendon Pr

Hardcover

(January 1999)