Building Codes Illustrated: A Guide to Understanding the 2024 International Building Code (8版)

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【簡介】 STAY INFORMED OF THE LATEST UPDATES TO THE INTERNATIONAL BUILDING CODE WITH THE LEADING VISUAL REFERENCEIn the newly revised Eighth Edition of Building Codes Illustrated: A Guide to Understanding the 2024 International Building Code(R), architectural drawing expert Francis D.K. Ching and well-known architect Steven R. Winkel deliver a beautifully illustrated and intuitively written handbook for the 2024 International Building Code (IBC). The authors provide updated material in all the chapters to align with the code changes in the new 2024 International Building Code (IBC). Easy to navigate and perfect as a quick-reference guide to the IBC, Building Codes Illustrated is a valuable visual resource for emerging professionals. The book also includes: Thorough introductions to navigating the Code, use and occupancy, special uses and occupancies, and building heights and areasFull explorations of the types of construction, fire resistive construction, interior finishes, fire-protection systems, and means of egressPractical discussions of accessibility, interior environment, exterior walls, roof assemblies, and structural provisionsIn-depth examinations of special inspections and tests, soils and foundations, building materials and systems, and elevatorsPerfect for students of architecture, interior design, construction, and engineering, the latest edition of Building Codes Illustrated is also ideal for professionals in these fields seeking an up-to-date reference on the 2024 International Building Code.

Understanding the Electromagnetic Field

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Understanding the Electromagnetic Field is an entry level textbook for graduate students with a focus on the electromagnetic field. This book explores the relationship between the field and electric charges. The earlier part of the book deals with the derivation of Maxwell's equations from experimental laws. Next, the electromagnetic field is studied in the light of special relativity, leading logically to the quantum theory of radiation. Quantum mechanics is introduced as a quantum field theory of the electromagnetic field. The rules of quantum mechanics are developed in a systematic way, with relativistic quantum electrodynamics explaining some puzzles that emerge in classical electrodynamics. A chapter is devoted to the study of angular momentum in quantum mechanics, uniquely showing its importance in the understanding of the interaction between the field and charges. The geometry of the space in which the electromagnetic field is embedded is shown to be significant. General relativity provides a relationship between the geometry of space and the presence of matter. The final chapter is devoted to deriving the fundamental equations of general relativity. Mathematical expressions are derived for the effect of gravity on the electromagnetic field, and measurable results are calculated. The prerequisites of this book are Newtonian physics, calculus and linear algebra. Exercises are provided throughout the book.