Theory of Structures by S. Ramamrutham is a comprehensive textbook covering structural analysis concepts, essential for civil engineering students and professionals. It explains key topics such as bending moments, shear forces, deflection of beams, and fixed and continuous structures. The book includes detailed mathematical derivations, numerous solved examples, and practical applications. It also covers advanced topics like matrix methods, influence lines, and plastic analysis. The step-by-step approach helps in understanding complex structural behavior. Published by Dhanpat Rai Publishing Company, it is widely used in engineering education and competitive exam preparations.
Digital Content and Experiences Bring Earth Science to Life. Ideal for undergraduates with little or no science background, Foundations of Earth Science provides a student-friendly, highly visual, non-technical survey of our physical environment with balanced, up-to-date coverage of geology, oceanography, astronomy and meteorology. Foundations of Earth Science is the brief, paperback version of the best-selling Earth Science by Lutgens and Tarbuck and designed for introductory courses in Earth science. The new 8th Edition facilitates active learning by incorporating learning objectives throughout each chapter to provide students with a structured learning path. The learning path is tied to chapter objectives, giving students opportunities to demonstrate their understanding at the end of each section. Features: 1. New! Bounce page smart figure3. Modular approach driven by learning objectivestable of contents: unit i: earth materials 1. Matter and minerals 2. Rocks: materials of the solid earthunit ii: sculpturing earth’s surface 3. Landscapes fashioned by water 4. Glacial and arid landscapesunit iii: forces within 5. Plate tectonics: a scientific revolution unfolds 6. Restless earth: earthquakes and mountain building 7. Volcanoes and other igneous activityunit iv: deciphering earth’s history 8. Geologic timeunit v: the global ocean 9. Oceans: the last frontier 10. The restless oceanunit vi: earth’s dynamic atmosphere 11. Heating the atmosphere 12. Moisture, clouds and precipitation 13. The atmosphere in motion 14. Weather patterns and severe weatherunit vii: earth’s place in the universe 15. The nature of the solar system 16. Beyond the solar system.
This text explores the fundamental concepts of air conditioning and their application to systems—explaining all concepts in a clear, practical manner and focusing on problems and examples typically encountered on the job. It covers the latest, yet practical methods of load calculations, psychometrics, system design and equipment description and performance.Features1. Describes energy codes and standards and examines each topic from an energy conservation viewpoint which is essential for all future work in the air conditioning field.2. Covers indoor air quality; air pollution from combustion; and the environmental requirements on refrigerants.3. Exhaustive Coverage of HVAC equipment description, performance, selection and specifications.4. Include example projects which provide students with hands-on learning experiences that require them to analyze how the system functions and is essential for installation, operation and service as well as design.
Construction Planning, Equipment, and Methods (9th Edition) by Robert L. Peurifoy and Clifford J. Schexnayder is a comprehensive guide for understanding construction processes, equipment, and methodologies. The book offers detailed coverage of construction planning techniques, equipment management, and modern construction methods. It provides practical insights into project management, cost estimation, and scheduling, making it a valuable resource for students and professionals in civil engineering and construction management. With updated content and real-world case studies, it highlights the importance of efficient equipment use and effective planning in construction projects. Published by McGraw-Hill India, it is an essential tool for anyone seeking to master the complexities of construction planning.
Fluid Mechanics (9th Edition) by Frank M. White is a comprehensive textbook covering the fundamental principles of fluid dynamics. Published by McGraw Hill, this book provides in-depth explanations of flow behavior, turbulence, and computational methods. The 9th edition features updated examples, real-world applications, and over 1,600 problem exercises to enhance understanding. Written in English, it is widely used in engineering courses worldwide. The book also includes modern computational fluid dynamics (CFD) techniques, making it a valuable resource for students and professionals alike. The paperback edition ensures accessibility for learners globally.
Mathematical Methods for Physicists 7ED by George Arfken, Hans Weber and Harris gives young engineers and physicists a deep understanding of the mathematical concepts which are the cornerstone of modern physics and are considered essential for researchers and students interested in advance theoretical physics. In the first chapter, the basic concepts which will be used again and again in the subsequent chapters have been explained.The book has twenty three chapters in total covering many important concepts like partial differential equation, more special functions, ordinary differential equation, tensors and differential forms, probability and statistics, etc.One of the main features of the book is that there are ample examples illustrating each concept in the book. The writer's emphasis has been on improving the problem solving capability of the students. Complex concepts have been explained with the help of detailed and labelled diagrams. The book also contains proof of some important theorems which are used in physics. Some new topics have also been added to the seventh edition of the book. for example, a new chapter on the green's function, thorough explanation on contour integration, explanation of orthogonal polynomials and detailed discussion on partial differential equations are included. Mathematical Methods for Physicists 7ED was published in 2012 by Elsevier and is available in paperback.
Mathematical Methods for Physicists, 7th Edition by Arfken is an essential reference for students and professionals in physics, engineering, and applied mathematics. The book provides a comprehensive introduction to mathematical techniques used in various areas of physics. It covers topics such as differential equations, vector spaces, complex variables, and Fourier transforms, with numerous examples and exercises to aid understanding. This edition includes updates to the content and expanded chapters, offering both theoretical insights and practical applications. Arfken's clear approach makes complex mathematical concepts accessible for students at all levels. It is widely regarded as a must-have resource for physicists and engineers.
"Design of Steel Structures: By Limit State Method as Per IS: 800--2007" by S.S. Bhavikatti is a comprehensive guide tailored for students and professionals in structural engineering. This fifth edition emphasizes the Limit State Method in accordance with the IS:800-2007 code, moving away from the traditional working stress method. The book introduces two new chapters: "Plastic Analysis of Beams and Frames" and "Design of Beam Columns." It offers around 100 full-length numerical problems with detailed solutions and comprehensive chapter-end exercises, facilitating a deep understanding of steel structure design principles.
Publisher's Products purchased from Third Party sellers are not guaranteed by the publisher for quality, authenticity, or access to any online entitlements included with the product.Understand electromagnetic field principles, engineering techniques, and applicationsThis core introductory-level undergraduate textbook gives you a solid overview of electromagnetic fields and waves. Designed to accommodate both one- and two-semester curricula, the book is laid out in accessible and holistic "learning blocks" to maximize flexibility in the classroom.Electromagnetic Fields and Fundamentals of Engineering shows how electromagnetic fields work, how to design them, how to control their parameters, and how to use them in real-world situations. You will learn about electric and magnetic fields, potentials, and energy, time-varying fields and Maxwell's Equations, wave propagation and polarization, transmission lines and waveguides, and much more. Each chapter starts with an outline of learning objectives and ends with a comprehensive summary.-Contains a holistic presentation of the math and physics fundamentals needed to comprehend the material-Presents the material with students' realistic preparation in mind to ensure lasting comprehension rather than being trained to carry out procedures-Chapter material is presented with "tangential/complementary" material moved to addenda at the end of the chapter. This allows the learners to decide which and how much of the material in these addenda to cover-Written by a recognized electrical engineering expert and experienced educator