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Engineering Economic Analysis, 14th Edition Bookware
Donald Newnan, Ted Eschenbach, Jerome Lavelle, Neal Lewis - Engineering Economic Analysis, 14th Edition

Oxford University Press, 2020
pdf, 1350 pages, english
ISBN: 978-0-19-093191-9

Engineering Economic Analysis, 14th Edition

Engineering Economic Analysis offers comprehensive coverage of financial and economic decision making for engineers, with an emphasis on problem solving, life-cycle costs, and the time value of money. The authors' clear, accessible writing, emphasis on practical applications, and relevant contemporary examples have made this text a perennial bestseller. With its logical organization and extensive ancillary package, Engineering Economic Analysis is widely regarded as a highly effective tool for teaching and learning. This 14th edition includes crucial updates to cover new US tax laws and software that will algorithmically generate and automatically grade homework problems.

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Прикладная геодезия: технологии инженерно-геодезических работ Bookware
Авакян В.В. - Прикладная геодезия: технологии инженерно-геодезических работ
3-е издание, исправленное и дополненное

Инфра-Инженерия, 2019
pdf, 617 pages, russian
ISBN: 978-5-9729-0309-2

Прикладная геодезия: технологии инженерно-геодезических работ

В учебном пособии изложены методы, техника и технология производства инженерно-геодезических работ при изысканиях и строительстве инженерных сооружений, гражданских зданий, гидротехнических, подземных и других объектов строительства. Отражены перемены, связанные с внедрением новых средств измерений, спутниковых геодезических приёмников, электронных тахеометров, цифровых нивелиров, а также программных средств вычислений и обработки результатов измерений. Приведенные технологии соответствуют актуализированным редакциям действующих нормативных актов.

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HVAC Design Sourcebook Bookware
W. Larsen Angel - HVAC Design Sourcebook

McGraw Hill, 2020
pdf, 480 pages, english
ISBN: 978-1-26-045725-4

HVAC Design Sourcebook

The definitive guide to HVAC design - thoroughly revised for the latest technologies. This fully updated guide covers the entire HVAC system design process from concept to commissioned systems. Written by a recognized HVAC expert, the book illustrates each step through photographs, drawings, and comprehensive discussions. This new edition has been completely refreshed to align with current industry standards and includes several brand-new chapters. HVAC Design Sourcebook, Second Edition contains a chapter-long case study that provides a step-by-step look at the design of a real-world HVAC project.

Coverage includes:
  • The design process.
  • Piping, valves, and specialties.
  • Central plant and air systems.
  • Piping and ductwork distribution systems.
  • Terminal equipment.
  • Variable refrigerant flow systems.
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Eurokarst 2018, Besançon: Advances in the Hydrogeology of Karst and Carbonate Reservoirs Bookware
Catherine Bertrand, Sophie Denimal, Marc Steinmann, Philippe Renard - Eurokarst 2018, Besançon
Advances in the Hydrogeology of Karst and Carbonate Reservoirs

Springer, 2020
pdf, 243 pages, english
ISBN: 978-3-030-14014-4

Eurokarst 2018, Besançon: Advances in the Hydrogeology of Karst and Carbonate Reservoirs

This book presents selected papers from the EuroKarst 2018 conference, which highlighted the latest advances in the field of Karst Hydrogeology and Carbonate Reservoirs. The event attracted more than 180 participants. From among their contributions, the papers were selected and subsequently reviewed by the scientific committee to ensure the highest possible quality.

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Hydrogeology: Groundwater Science and Engineering Bookware
Alain Dassargues - Hydrogeology: Groundwater Science and Engineering

CRC, 2019
pdf, 493 pages, english
ISBN-13: 978-1-4987-4400-3

One might wonder whether we need yet another hydrogeology textbook. Before we express our opinion on this, let us evaluate what this new book has to offer. Written for an undergraduate and graduate audience, it brings together both the science and the engineering of hydrogeology. The author draws on his more than 30 years of experience as a scientist and engineer, but especially as a lecturer in courses on hydrogeology and groundwater modeling. As a professor in hydrogeology and environmental geology at the University of Liège in Belgium and part-time professor at KU Leuven (1995–2012), his extensive teaching experience has clearly shaped this highly accessible text. The book covers a wide range of topics, from the basics of groundwater occurrence and flow (Chapters 1–4 and 9) to conductivity measurements (Chapter 5), land subsidence (Chapter 6), chemistry and contaminant transport (Chapters 7–10), heat transfer (Chapter 11), and modeling (Chapters 12 and 13).

The preamble to Chapter 1 sets out the philosophy of the author for the science and engineering of groundwater, which has to serve modern approaches such as, for example, the water-energy-food nexus for managing our water resources. Definitions are provided for hydrogeology and groundwater. For the latter, a contemporary definition of "water underground in pore spaces and fractures” is used. This deviates from the classical definition of "subsurface water beneath the water table,” which was already recognized as a limitation by Freeze and Cherry (1979), since the "study of groundwater must rest on an understanding of the subsurface water regime in a broader sense.” Chapter 2 presents a comprehensive overview of the hydrological cycle, including sections on evapotranspiration, recharge, and baseflow estimation methods. Chapter 3 elaborates the basic terminology of the science of groundwater and its occurrence in different geological environments. Next, Chapter 4 details the main laws and concepts of saturated groundwater flow. The book follows a mathematical and quantitative presentation approach, which is evident in this chapter from the very clear step-by-step derivation of the groundwater flow equations for steady and transient state in two and three dimensions for confined and unconfined conditions. Remarkable is the absence of the typical discussion in hydrogeology textbooks of Tothian groundwater flow systems. Instead, a strong warning is issued that the analytical approaches to calculate flownets "are of limited interest and can even be misleading” because the water table is often prescribed and isotropic-homogeneous conditions are assumed (see also Bresciani et al. 2016). Chapter 5, "Hydraulic Conductivity Measurements,” is one of the chapters that stands out in this textbook. With 47 pages, this chapter provides an excellent overview of the typical laboratory, slug, and pumping tests. However, it also contains a section on less well-known methods, including the use of air permeameter measurements on outcrops or coring material. Chapter 6 is a succinct and interesting summary of the coupling of geomechanics and groundwater flow, describing the physical relationships between land subsidence and pumping. It also illustrates this appropriately through five case studies of sinking cities. Chapter 7 is a solid "Introduction to Groundwater Quality and Hydrochemistry,” as its title suggests. In addition, it also discusses groundwater quality standards and sampling and monitoring strategies. Chapter 8 is the second highlight of this book. With 88 pages and 228 references, it is an outstanding primer on contaminant transport. It presents and discusses the physical and chemical processes affecting solutes in groundwater, while solute transport equations are rigorously developed. Other sections expand on non-aqueous phase liquid (NAPL) transport, remediation, tracer tests, transport and residence times, the use of isotopes and environmental tracers, and, finally, vulnerability and protection of groundwater. Chapter 9 concisely discusses flow and transport processes in partially saturated media. The corresponding equations are explained in detail. Similarly, Chapter 10 on "Salinization and Density Dependent Groundwater Flow and Transport” also includes the formulation of the respective equations. Chapter 11 on "Heat Transfer in Aquifers and Shallow Geothermy” is a welcome extension of the standard hydrogeological topics generally presented in groundwater textbooks. The use of heat data, as available from new sensors, is strongly increasing in hydrogeology, such as in groundwater–surface water interaction studies and tracer tests. Heat-based methods should be a standard topic in current hydrogeology teaching and therefore in any hydrogeology textbook. Interestingly, the discussion on the use of heat for flux estimation is extended with a description of the characteristics of different shallow thermal energy storage systems. The importance is stressed by the author in stating: "More generally, the transition toward renewable energy and power supplies necessitates increasingly more projects involving the underground storage of gas (methane, hydrogen, compressed air, and CO2), water and heat. Hydrogeologists are key actors in these projects.” With its total of 114 pages and almost 300 references, the last two chapters (12 and 13) are the final highlight of this book. Those chapters clearly elevate this textbook. On the one side, they are beneficial for an introductory hydrogeology course, and on the other side they are also highly relevant for an advanced groundwater modeling course. Likewise, they will serve the professional with a reference guide on the different methods for groundwater flow and transport modeling. Chapter 12 discusses the purpose of modeling, conceptual model building, initial and boundary conditions, model design and data, calibration, validation, sensitivity analysis, and inverse modeling. Moreover, advanced topics of geostatistical modeling and probability, including multiple-point geostatistics and Bayesian learning, are outlined. In the last chapter, the author discusses the mathematical basis of different numerical techniques for modeling groundwater flow and transport. In addition to the standard finite-difference (MODFLOW) technique, he also explains the finite-element and finite-volume methods and the whole gamut of numerical methods for solute transport.

In a field in which researchers are becoming increasingly specialized, it is a rare feat to have a single-author text covering such a wide range of topics. The style of writing is therefore consistent throughout the book, which is especially apparent in the focus on quantification and the mathematical rigor. This makes the book relevant, not only to its intended audience of undergraduate and graduate students, but also to postgraduates and researchers from other disciplines as a broad introduction to the field of hydrogeology. Finally, its highly up-to-date literature provides us with a reference for years to come.

While the book is comprehensive, it is not complete. The author has made clear choices: groundwater biology, groundwater-dependent ecosystems, groundwater–surface water interaction, hydrogeophysics, and management hardly feature in this book. As an educational tool, its structured style and clear black-and-white figures make it very attractive. On the other hand, it lacks review questions and calculation examples. The book is available in hardback and e-book, and a version in French will be published soon.

To conclude, we return to the initial question: every new textbook on hydrogeology is a further marker of the development of the science and practice of hydrogeology. Although no single textbook can ever be complete, the diversity of texts makes the field of hydrogeology rich. These textbooks capture the expertise of decades of research and teaching. Therefore, they not only become a giant’s shoulder to stand on for a new generation of hydrogeologists, but above all they are a celebration of the steady progress in hydrogeological science.
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Handbook of Engineering Practice of Materials and Corrosion Bookware
Jung-Chul Eun - Handbook of Engineering Practice of Materials and Corrosion

Springer, 2019
pdf, 912 pages, english
ISBN: 978-3-030-36429-8

Handbook of Engineering Practice of Materials and Corrosion

The main purpose of this guidebook is to suggest effective engineering data which are based on the requirements in several industrial codes, standards, regulations, specifications, and regulations, such as ASME, ASTM, API, ANSI, AWS, NACE, MSS, NFPA, TEMA, PIP, NBIC, OSHA, other American standards, CSA, and foreign standards including typical requirements and recommendations in company/project specifications. One of the major purposes is to introduce practical references for a checklist as well as more detailed engineering work in one location and to provide the following:

  • Typically used project’s standards, guidelines, and application scope which are not covered in industrial codes and standards;
  • Engineering practice and experience for the limitations of codes and standards;
  • Engineering suggestions and test results from journals and papers with new technologies;
  • Case studies and various reference resources;
  • Correct recognition and effective spec deviation through various comparisons.
All information in industrial codes and standards are based on the current version unless otherwise specified and except some foreign standards. All mechanical data which are shown in this book are for reference only. Therefore, for detail engineering of mechanical design, it is advised to find the applicable codes and standards in accordance with the project requirement and/or process conditions. Most codes and standards have the section for the reference standards which are related with themselves. In some cases, the reference standards may indicate still old versions. The unit conversions in this book are from conversion calculation or directly each code and standard. Therefore, some converted values between the similar codes and standards may not show the same numbers in this book because the committees of codes and standards have been pursuing unit conversion by their own rounding-up system.

Many tables and figures are directly quoted from the codes and standards; however, some commentary notes which are based on the author’s experience and lessons learned are added as footnotes under the tables and figures in order to optimize engineering work, promote the successful use of the full contents, minimize error and mistake, and suggest for the next version. All specified para. (paragraphs), Fig. (figures), and tables are based on this book unless otherwise noted the directly quoted code or standard. Users and readers may be able to apply "should or may” to "must/shall or should” for the requirements in this book when the user wants to utilize the contents for the project specifications.
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Getting to Know Arcgis Desktop Bookware
Michael Law - Getting to Know Arcgis Desktop

Esri Press, 2018
pdf, 856 pages, english
e-ISBN 978-1-589-48511-2

Getting to Know Arcgis Desktop

Getting to Know ArcGIS Desktop, fifth edition, is a comprehensive introduction to the features and tools of ArcGIS Desktop. Through hands-on exercises, readers will discover, use, make, and share maps with meaningful content. They will also learn how to build geodatabases, query data, analyze geospatial data, and more. The latest edition has been updated to the most current version of ArcGIS Desktop 10.6. Getting to Know ArcGIS Desktopis suited for classroom use, independent study, and as a reference.

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Design Workbook Using SolidWorks 2020 Bookware
Design Workbook Using SolidWorks 2020
Design, Detailing, Assembly & Analysis Basics

Dassault, 2020
pdf, 261 pages, english
ISBN-13: 978-1-63057-304-1

Design Workbook Using SolidWorks 2020

Revised and refreshed for SOLIDWORKS 2020, Design Workbook Using SOLIDWORKS 2020 is an exercise-based book that guides you through a series of easy to understand, step-by-step tutorials that cover basic SOLIDWORKS commands. The 2020 edition includes updated SOLIDWORKS processes and methods to create models more efficiently than ever before. The intended audience is undergraduate engineering majors, but it can also be used in pre-college engineering courses. The engaging and straightforward lab exercises in this workbook are also ideal for self-learners. The text takes an educational approach where you learn through repetition, starting with simple models, and introducing more complex models and commands as the book progresses, leading you to create assemblies, make Finite Element Analyses, detail manufacturing drawings, complete dynamic simulations, and learn the basics of rapid prototyping. The principles of engineering graphics are also incorporated into the lessons throughout the text. The commands and functions learned throughout this book will help a new user understand their use, how to apply them in different situations, and design ever more complex components.

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Hydraulic Rig Technology and Operations (Gulf Drilling Guides) Bookware
Les Skinner - Hydraulic Rig Technology and Operations (Gulf Drilling Guides)

Elsevier, 2019
pdf, 538 pages, english
ISBN: 978-0-12-817352-7

Hydraulic Rig Technology and Operations (Gulf Drilling Guides)

Hydraulic Rig Technology and Operations delivers the full spectrum of topics critical to running a hydraulic rig. Also referred to as a snubbing unit, this single product covers all the specific specialties and knowledge needed to keep production going, from their history, to components and equipment. Also included are the practical calculations, uses, drilling examples, and technology used today. Supported by definitions, seal materials and shapes, and Q&A sections within chapters, this book gives drilling engineers the answers they need to effectively run and manage hydraulic rigs from anywhere in the world.

  • Presents the full range of hydraulic machinery in drilling engineering, including basic theory, calculations, definitions and name conventions.
  • Helps readers gain practical knowledge on day-to-day operations, troubleshooting, and decision-making through real-life examples.
  • Includes Q&A quizzes that help users test their knowledge.
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Introduction to Fluid Mechanics, Tenth Edition Bookware
John Mitchell - Fox and McDonald's Introduction to Fluid Mechanics, Tenth Edition

Wiley, 2020
pdf, 609 pages, english
ISBN: 978-1-119-61649-8

Introduction to Fluid Mechanics, Tenth Edition

Through ten editions, Fox and McDonald's Introduction to Fluid Mechanics has helped students understand the physical concepts, basic principles, and analysis methods of fluid mechanics. This market-leading textbook provides a balanced, systematic approach to mastering critical concepts with the proven Fox-McDonald solution methodology. In-depth yet accessible chapters present governing equations, clearly state assumptions, and relate mathematical results to corresponding physical behavior. Emphasis is placed on the use of control volumes to support a practical, theoretically-inclusive problem-solving approach to the subject. Each comprehensive chapter includes numerous, easy-to-follow examples that illustrate good solution technique and explain challenging points. A broad range of carefully selected topics describe how to apply the governing equations to various problems, and explain physical concepts to enable students to model real-world fluid flow situations. Topics include flow measurement, dimensional analysis and similitude, flow in pipes, ducts, and open channels, fluid machinery, and more. To enhance student learning, the book incorporates numerous pedagogical features including chapter summaries and learning objectives, end-of-chapter problems, useful equations, and design and open-ended problems that encourage students to apply fluid mechanics principles to the design of devices and systems.

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