Product Description:
Deals with numerical solutions of coupled thermohydro-mechanical problems in porous media. Includes numerical solutions for fully & partially saturated consolidation, subsidence analysis including far field boundary conditions (Infinite Elements), new case studies & also petroleum reservoir simulation. DLC: Porous materials Mathematical models.
Comment on the book: "An excellent book on fluid flow in porous media" Yi-Min (Mike) Xie, Associate Professor in Civil Engineering, Victoria University of Technology, Melbourne, Australia,
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This book, now in its 4th edition provides a central source of information of tried and tested techniques on the analysis of rubber and rubber-like polymers with an impartial assessment of their validity.
Rubber products are ubiquitous and impinge daily on all aspects of life. They range from health-related and medical products through literally hundreds of components in every motor vehicle to heavy engineering products such as earthquake-resistant bearings which form the foundations of a growing number of buildings. Each product may contain up to a dozen chemicals, selected from a range of thousands, which are added in such a way that the final vulcanised article has certain pre-defined properties.
This unique book continues the tradition of the earlier editions by providing a systemic analytical approach to answering virtually any query about the composition of a rubber product, its safety for a specific purpose or its reason for failing in service.
It is essential reading for anyone working in the area of rubber product manufacture or commercial usage.
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The Homeowner's Guide to Renewable Energy: Achieving Energy Independence through Solar, Wind, Biomass and Hydropower
The Homeowner's Guide to Renewable Energy: Achieving Energy Independence through Solar, Wind, Biomass and Hydropower
Dan Chiras,
New Society Publishers | 2006 | ISBN: 086571536X | 352 pages | PDF | 2,6 MB
The coming energy crisis caused by a peak in global oil and natural gas production will profoundly affect the lives of all North Americans. As the price of these vital fuels rises, homeowners will scramble to cut their fuel bills. Two options for meeting the upcoming challenge are dramatic improvements in home energy efficiency and efforts to tap into clean, affordable, renewable energy resources to heat and cool homes, to pre hot water and electricity, and even to cook. These measures can result in huge savings and a level of energy independence.
The Homeowner’s Guide to Renewable Energy tells you how. It starts by outlining the likely impacts of fossil fuel shortages and some basic facts about energy. It then discusses energy conservation to slash energy bills and prepare for renewable energy options. Focusing carefully on specific strategies needed to replace specific fuels, the book then examines each practical energy option available to homeowners:
• Solar hot water, cooking, and water purification
• Space heat: passive and active solar retrofits
• Wood heat
• Passive cooling
• Solar electricity
• Wind-generated electricity
• Electricity from microhydropower sources
• Emerging technologies—hydrogen, fuel cells, methane digesters, and biodiesel
The Homeowner’s Guide to Renewable Energy gives readers sufficient knowledge to hire and communicate effectively with contractors and, for those wanting do installations themselves, it recommends more detailed manuals. With a complete resource listing, this well-illustrated and accessible guide is a perfect companion for illuminating the coming dark age.
Dan Chiras has studied renewable energy and energy efficiency for three decades and has installed several renewable energy systems. He lives in a self-designed passive solar/solar electric home. An award-winning author of over 20 books, he is a sustainability design consultant who teaches courses on renewable energy, green building, and sustainability at Colorado College.
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Structural Reliability
Maurice Lemaire,
Wiley-ISTE | 2009 | ISBN: 1848210825 | 504 pages | PDF | 6,8 MB
This book describes the main methods used in the reliability of structures and their use in the design process leading to reliable products. This title provides the understanding needed to implement the variety of new reliability software programs.
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Integral Methods in Science and Engineering, Volume 2: Computational Methods
Integral Methods in Science and Engineering, Volume 2: Computational Methods
Christian Constanda, M.E. Pérez,
Birkhäuser Boston | 2009 | ISBN: 0817648968 | 372 pages | PDF | 12,7 MB
Mathematical models—including those based on ordinary, partial differential, integral, and integro-differential equations—are indispensable tools for studying the physical world and its natural manifestations. Because of the usefulness of these models, it is critical for practitioners to be able to find their solutions by analytic and/or computational means. This two-volume set is a collection of up-to-date research results that illustrate how a very important class of mathematical tools can be manipulated and applied to the study of real-life phenomena and processes occurring in specific problems of science and engineering.
The two volumes contain 65 chapters, which are based on talks presented by reputable researchers in the field at the Tenth International Conference on Integral Methods in Science and Engineering. The chapters address a wide variety of methodologies, from the construction of boundary integral methods to the application of integration-based analytic and computational techniques in almost all aspects of today's technological world. Among the topics covered are deformable structures, traffic flow, acoustic wave propagation, spectral procedures, eutrophication of bodies of water, pollutant dispersion, spinal cord movement, submarine avalanches, and many others with an interdisciplinary flavor.
Integral Methods in Science and Engineering, Volumes 1 and 2 are useful references for a broad audience of professionals, including pure and applied mathematicians, physicists, biologists, and mechanical, civil, and electrical engineers, as well as graduate students, who use integration as a fundamental technique in their research.
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Wave Propagation in Fluids: Models and Numerical Techniques
Wave Propagation in Fluids: Models and Numerical Techniques
Vincent Guinot,
Wiley-ISTE | 2008 | ISBN: 1848210361 | 381 pages | PDF | 2 MB
This book presents the physical principles of wave propagation in fluid mechanics and hydraulics. The mathematical techniques that allow the behavior of the waves to be analyzed are presented, along with existing numerical methods for the simulation of wave propagation. Particular attention is paid to discontinuous flows, such as steep fronts and shock waves, and their mathematical treatment. A number of practical examples are taken from various areas fluid mechanics and hydraulics, such as contaminant transport, the motion of immiscible hydrocarbons in aquifers, river flow, pipe transients and gas dynamics. Finite difference methods and finite volume methods are analyzed and applied to practical situations, with particular attention being given to their advantages and disadvantages. Application exercises are given at the end of each chapter, enabling readers to test their understanding of the subject.
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Modeling and Simulation of Turbulent Flows
Roland Schiestel,
Wiley-ISTE | 2008 | ISBN: 1848210019 | 768 pages | PDF | 3,7 MB
his title provides the fundamental bases for developing turbulence models on rational grounds. The main different methods of approach are considered, ranging from statistical modelling at various degrees of complexity to numerical simulations of turbulence. Each of these various methods has its own specific performances and limitations, which appear to be complementary rather than competitive. After a discussion of the basic concepts, mathematical tools and methods for closure, the book considers second order closure models. Emphasis is placed upon this approach because it embodies potentials for clarifying numerous problems in turbulent shear flows. Simpler, generally older models are then presented as simplified versions of the more general second order models. The influence of extra physical parameters is also considered. Finally, the book concludes by examining large Eddy numerical simulations methods.
Given the book’s comprehensive coverage, those involved in the theoretical or practical study of turbulence problems in fluids will find this a useful and informative read.
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