The seventh edition of Water and Wastewater Technology maintains the book's longstanding heritage of covering modern management techniques and water processing concepts, but adds a new focus on sustainability throughout. comprehensive treatment of subjects like: water handling. distribution of water. gathering of wastewater. advanced and conventional wastewater treatment. processing of sludge
An updated method for studying internal combustion engines is presented in this book. The book has undergone a comprehensive revision, with each chapter being rearranged and updated, building on the groundwork of the first edition. The book's goal is to analyze internal combustion engines using the concepts of fluid mechanics, heat transfer, and thermodynamics. The work incorporates contemporary computational techniques from the web.
A form of enjoyment is reading books. It's a healthy habit to read. We provide you with a variety of books. You can take this book with you wherever you go. It's simple to carry. It might make a wonderful present for both you and your loved ones. cautionary advice: stay away from fire.
The statics and dynamics-SI modules in Beer and Johnston's vector mechanics for engineers, 11e, give conceptually accurate and extensive treatment in addition to a considerable update to the exercise sets. The text's issues have altered from the previous edition by around 40%. The title marked a substantial pedagogical advance in the instruction of engineering mechanics.
In the market for civil engineering, this book is well-known, well-respected, and has a following among civil engineers. This 10th edition is highly accurate, just like all of the earlier ones, and it provides improved coverage of open channel flow and transport. This version of Fluid Mechanics with Engineering Applications has a wider scope for all topics.
White's Fluid Mechanics, eighth edition, provides students with a clear and thorough exposition of the subject matter that illustrates the development from physical concepts to engineering applications and makes it easy for students to understand the relevance of fluid mechanics foundations in real-world applications.
The mathematics curricula for M.A. and M.Sc. programs at all Indian universities are covered in this book. To make the material easier for the students to understand, the emphasis has been placed on essential concepts. Each topic has been introduced and developed in the most clear-cut way possible so that students of all grade levels can understand it.
The teaching methods that have made Numerical Methods for Engineers by Chapra and Canale so popular are still used in the seventh edition.
The research papers on fracture mechanics procedures in engineering, medicine, and materials science are collected in this book. This book's main subjects include the resilience of biological tissues, the safety of nuclear reactor components, the consequences of pipeline fatigue, the influence of the environment on fracture, and more. The book also covers developments in statistical modeling of fatigue as well as the mathematical and computational processes that underpin fracture mechanics operations. The majority of its advantages will go to material scientists in business, research, and education, as well as mechanical and civil engineers.
This book offers a public forum for the establishment and exchange of knowledge about the many diverse applications of modeling and simulation in the product design process across several engineering domains, established by scientists, engineers, and academics from across the world. It covers some of the most recent modeling and simulation techniques as well as some incredibly accurate and clever tools for handling complex systems. The fundamental concept of the book is to adjust the simplifying assumptions in a way that reduces the model's complexity without affecting the accuracy of the outcomes. For a broad range of readers, the book will be an excellent resource.
The engineering applications of finite element analysis are covered in this book. Finite Element Analysis (FEA) has advanced over the last few years to become a significant and indispensable tool for modeling and simulating various engineering systems. Professionals from international scientific organizations have contributed to this publication. In some of the most important fields of mechanical engineering, such as fluid mechanics and heat transfer, machine element evaluation and design, machining and product design, wave propagation and failure evaluation, structural mechanics and composite materials, it gathers reliable and fascinating research studies on the applications of FEA. This book will be helpful to many scholars as it provides an outline of current research activity in this field around the world.
This book aids readers in their understanding of microfluidics by covering a variety of topics and techniques. It offers current perspectives on the field of microfluidics in relation to several subfields. Topics like fluid dynamics, its technology, and its applications are covered in the book. Moreover, it highlights a few significant microfluidics topics. This book will be a useful tool for both novices and specialists in this discipline.
All significant components of a simulation research are treated in detail, in a modern, technically accurate manner, and comprehensively in Simulation Modeling and Analysis. The book uses a lot of examples, problems, and graphs to help make this difficult information understandable. It works just as well for self-study, simulation practice, and college courses.
Pursuing a degree in social science? Do you want to discover how to design your research procedures and write up your findings more skillfully? In this vibrant and captivating textbook, now in its fourth edition, Alan Bryman gives students a comprehensive and up-to-date overview of the key methods and strategies in the area of social research.
The popular outline in linear algebra, which has sold over 400,000 copies in its previous two editions, is back in a third edition. It has been completely updated to make it more applicable to the fields where linear algebra is now crucial, including computer science, engineering, mathematics, physics, and quantitative analysis. New computer science-related puzzles and an updated chapter on linear equations are among the updated coverage's features.
This Training Manual is a thorough reference for all pertinent data regarding the Ministry of Labour's Craftsmen Training Scheme, which is run by the Government of India. The implementation of the same is required at all Industrial Training Institutes (ITIs) across the nation. Features of booksDetails on the Craftsmen Training Scheme, the National Vocational Training System, the All India Skills Competition, and the required standardsPolicies, processes, and recommendations pertaining to the trade exam process for National Trade Certificates, training advancement, admissions, attendance, stipend awarding, working hours, and many other crucial areas of operationsContents Table of
This book is an excellent resource for beginners as well as a comprehensive reference. While practice exercises push the user to think more deeply, they also make comprehension easier by providing real-world instances of new concepts. This book is an unmatched reference tool that people will consult both today and in the future.
The completely redesigned Third Edition of McGraw-Hill's Programming and Customizing the PIC Microcontroller will allow you to take advantage of the most recent developments in PIC technology. Known for many years as the definitive guide on the subject, this invaluable resource contains over 600 drawings and offers thorough, understandable coverage of the hardware and software schemes of the PIC microcontroller. You gain a thorough understanding of PICs, their operation, and the nuances of their most dynamic applications with the help of 100 experiments, projects, and libraries. This revised edition, which was written by renowned IT expert Myke Predko, has a simpler, easier-to-use format and offers:
Reading literature can be enjoyable. It is an excellent habit to read books. We provide you a variety of book genres. You are free to carry this book wherever you go. It is lightweight and portable. It could be the perfect present for both you and your loved ones. Care instructions: stay out of the flames.
A significant component of engineering research in many fundamental engineering fields is the study of heat and energy. In the book Heat and Mass Transfer, numerous key ideas in mass transfer and energy studies are covered, and a variety of subjects are explained in simple terms. The book extensively uses case studies, worked-out examples, and other activities to clarify a variety of subjects. Additionally, the author provides pupils with detailed explanations of a variety of physical processes and other events. The book is structured into 10 major chapters that go into great detail about different subjects. Five appendices are included in the second part of the book and are meant to be read in addition to the main text.
This book can be used as a textbook for a short course on computer-oriented methods, an introduction to OR for students who are interested in problem solving, or a practitioner's handbook of computer programs and optimization techniques. It is intended to serve as an overview of the key techniques for merging computers and methods in operations research. It can benefit practitioners as well as students who intend to study operations research in-depth or who just want to have a general understanding of the field.
Second Edition of Semiconductor Device Modeling using SPICE This updated edition provides new information on modeling sophisticated devices like MESFETs, ISFETs, and thyristors, along with an explanation of SPICE's workings, all with the same clarity and practicality as the original edition, which was a best-seller. Additionally, rather than only instructing readers on how to use SPICE, this book helps them get the most out of it because it is the only one that defines the models themselves. Another unique aspect of this book is that it covers both FET and MOS models. It guides the reader through the modeling process step-by-step and offers comprehensive details on a range of semiconductor devices for developing particular circuit applications.
The PICAXE is a powerful and user-friendly processor that can handle extremely complicated tasks without the hassles and exorbitant prices of other processors. In just a few minutes, novices can generate noticeable outcomes, and seasoned users can attain genuinely expert-level outcomes. The second edition of Programming and Customizing the PICAXE Microcontroller, which has been completely updated for the most recent hardware and software revisions, walks you through the process of utilizing the PICAXE's full potential and creating your own control projects.
The book presents the essential control theories in a novel way, which has made them an essential component of control engineers' foundational knowledge. The interests of senior undergraduate students, graduate students, the research community, and practicing engineers have been well-served by the thorough coverage of digital control, state-space analysis and design, nonlinear control, and intelligent control.
1. Atomic Structure Table of Contents. 2. Radioactivity and Nuclear Structure. 3. The Chemical Bond's Nature. 4. Matter States. 5. Thermodynamic principles. 6. Phase Equilibria. 7. Chemical redox. 8. Catalysis and Chemical Kinetics. 9. The photochemical process.
This book is based on a training that Philips Test & Measurement Instruments sales engineers took on digital instrumentation. This book is what it is now largely thanks to the insightful discussions that took place during this course.
fully addresses the diploma requirements of AMIE Section B for Civil Engineering and several State Boards of Technical Education.
Information Technology: The Breaking Wave is designed for use in community colleges, universities, four-year colleges, and proprietary institutions' Introductory Computing course. With teachers finding it difficult to devote more time on applications without adding more contact hours, there is a rising market for shorter concept books like Curtin.
The physics and engineering that underpin the design of combustion engines and turbines are presented in this text, which is written by a recognized expert in the subject, in a basic and accurate manner. The theories and concepts covered are supported by a comprehensive illustration program.
Both structural engineers and engineering educators highly recommend this book to their pupils. An introduction covering the fundamentals of the subject is included at the beginning of this book. It also includes chapters on prestressed concrete materials, prestressing techniques, prestress and bending stress analysis, losses from prestress, and prestressed concrete member deflection. It also contains chapters on the design of prestressed concrete sections, anchorage zone stresses in post-tensioned members, transfer of prestressed in pretensioned members, shear and torsional resistance of prestressed concrete members, and flexural strength of prestressed concrete sections.
Students studying science and engineering who need to understand how to solve numerical problems will benefit from reading Steven Chapra's Applied Numerical Methods with MATLAB, third edition. The introduction of theory serves to clarify important ideas that are formulated in applications and illustrated with MATLAB. The book is intended for undergraduate students taking a one-semester or one-quarter course in numerical techniques. Along with a large collection of m-files and teaching resources, the third edition includes additional chapters on eigenvalues and Fourier analysis.
Paperback, 9789339221935, Bensons Microbiological Application, 13th Edn., Brown, Mc Graw Hill India, 2015.
"A widely read text, Introduction to Languages and the Theory of Computation, offers an overview of the theory of computation with a focus on formal languages, automata, and abstract models of computation, as well as computability. It also covers computational complexity and NP-completeness.
Important Elements There are now fully updated chapters on such contemporary subjects as digital mapping, spatial information systems, geographic information systems (GIS), and the global positioning system (GPS). The information on coordinate frames, map projections, photogrammetry, and surveying adjustments has undergone significant revisions. As students gain proficiency in appropriate surveying techniques and processes, integrated error propagation and measurement adjustment are introduced. Concerning the Book: Theory and Practice of Surveying The relevant chapter themes are divided into two halves in this updated edition, which maintains the same breadth and depth as earlier editions.
With a great balance between theory and hardware, mathematics and practice, and analysis and design, this book provides a thorough coverage of control engineering. Its approachable writing style has brought a welcome sense of enthusiasm to the subject's teaching and learning. It offers a strong foundation in frequency-domain design techniques for continuous time control system analysis and design, which are fundamentals for industrial practice, even for an introductory course.
This classic text discusses the principles of engineering thermodynamics, how they apply to specific fluids, and how they impact heat transport and work.
Discrete Event System Simulation looks at the modeling and analytic concepts that apply to all software tools, unlike most simulation books that concentrate on specific software tools. The fundamentals of the technology are covered in this language-neutral guide, along with how to properly gather and analyze data, apply analytical methods, validate and verify models, and create simulation trials. It provides a current treatment of computer systems, computer networks, and manufacturing and material handling system simulation.
This book offers undergraduate students studying mathematics, computer science, physical sciences, and engineering a basic introduction to numerical analysis. Calculus proficiency is required.
PRINCIPLES OF ENGINEERING GEOLOGY
Current geological data relevant to India is provided by Engineering Geology in an aesthetically pleasing manner and with easy-to-understand language. It spans 20 chapters and covers every facet of engineering geology in 4 thoughtfully organized divisions. Basic Geosciences; Engineering Geology and Associated Fields; Rock Properties, Behavior and Applications; and State-Wise Indian Geological Set-Up are some of the sections that fall under this category.
This second edition of a standard text on numerical analysis keeps the structure of the first edition, but bibliographies have been updated and all parts have undergone substantial revision. Optimization, numerical differentiation, the method of lines, boundary value issues, the conjugate gradient method, trigonometric interpolation and the rapid Fourier transform, and the least squares solutions of linear equation systems are among the new subjects covered. · Error: Its Origins, Transmission, and Interpretation · Numerical Integration · Approximation of Functions · Rootfinding for Nonlinear Equations · Linear Algebra · Numerical Solution of Systems of Linear Equations · Numerical Integration Techniques for Ordinary Differential Equations
The much-anticipated update to a masterpiece! The basis of its enduring success is the fair introduction to transport phenomena that this new edition provides. Mass, momentum, and energy movement are among the subjects covered. These are shown at three different scales: molecular, microscopic, and macroscopic.
This book's goal is to explain the basic principles through the use of the robust MATLAB software to solve real-world issues, while also avoiding the need for complicated derivations. The writers take a more hands-on approach, connecting each technique to actual science and/or engineering issues. The primary premise is that engineers may use numerical approaches to solve real-world issues without having to understand mathematical theory.
The main areas of microwave engineering are covered in the book. The way it is presented establishes the recognized benchmark for graduate-level and advanced undergraduate microwave engineering courses. It is a vital resource for microwave engineers in practice.
The design and enhancement of both single- and multistage production systems are covered in this book. It outlines the inputs and outputs at each level of the decision hierarchy as well as one or more decision techniques, adhering to the conventional production planning and scheduling decision hierarchy. The specifics of the model and its matching solution are given, as are the presumptions that guided each strategy. Included are cutting-edge system concepts and the technical techniques for developing lean manufacturing systems.
Control Systems is a thorough work that is intended to cover the entire syllabus of this subject taught in a variety of undergraduate engineering courses. Students preparing for competitive exams such as GATE, IAS, IES, NTPC, NHPC, and others can benefit from this book as well. An overview of open-loop and closed-loop control systems is covered at the start of the book. The block diagram representation and reduction methods that have been utilized to determine the transfer function of systems are then covered. This book explains important principles while emphasizing real-world applications. This third edition's extensive derivations, along with a plethora of additional figures, pictures, and solved examples, help to simplify and make sense of the material covered.
The goal of the text's composition is to increase mathematical complexity with each new chapter. It is now divided into four sections: nonlinear feedback control, advanced analysis, feedback system analysis, and basic analysis.
