The Structure explores the work of Mahendra Raj, India's most significant structural engineer. Examining Raj's sixty prolific years of practice, this volume looks at his unusually inventive and intuitive work and how he has offered pioneering engineering solutions for buildings in exposed concrete. As this book shows, many of his structures can be seen as monuments narrating the history of architecture in post-independence India. The Structure features twenty-eight of Mahendra Raj's buildings in detail through rich photographs and color reproductions of archival plans. Essays are contributed by Raj himself and by the architects Neelkanth Chhaya and Jaimini Mehta. Also included are interviews with Raj by the architect Sanjay Prakash and curator Hans Ulrich Obrist, a conversation with the architect BV Doshi, as well as an illustrated complete list of Raj's works.
This book shows how the seventy largest corporations in America have dealt with a single economic problem: the effective administration of an expanding business. The author summarizes the history of the expansion of the nation's largest industries during the past hundred years and then examines in depth the modern decentralized corporate structure as it was developed independently by four companies—du Pont, General Motors, Standard Oil (New Jersey), and Sears, Roebuck. This 1990 reprint includes a new introduction by the author.
Structure in the Sea: The Science, Technology and Effects of Purpose-Built Reefs and Related Surfaces provides a review of the history, development, status and emerging trends in research, technology and applications of artificial reef habitats and sea floor structures. The book helps readers understand, utilize and add to the research of modern reef deployment efforts, presenting a guide to equip stakeholders requiring technical foundations and best practices. Topics include materials, designs and construction methods, along with the ecology of these structures, including key aspects of the life history of plants and animals associated with artificial reefs. Rigorous research addressing ecological, economic and engineering questions, coupled with the innovative deployment of structures worldwide by diverse stakeholders, have created a synergy that makes the book a valuable synthesis and analysis for this growing subject. Thus, its broad audience includes marine (coastal and ocean) environmental sciences, including aquatic ecologists, those working in ocean sustainability and conservation, benthic habitat and coral reef restoration practitioners, and more. - Presents a new perspective on how we might save natural wonders under threat - Provides a representation of reefs, showing the economic and humanitarian value of these natural ecosystems - Unlocks potentials for solutions for conservation by including global case studies
Structures support load and are essential to define form and space. To design structures in synergy with form and space requires creativity and informed intuition of structural principles. The objective of Structure and Design is to introduce structural principles as the foundation of creative design and demonstrate successful application through many case studies. Using rich illustrations, Structure and Design clarifies complex concepts without calculus and provides greater insight for readers with mathematics background. It includes details in wood, steel, concrete, masonry, and fabric and contains graphs that streamline complex tasks, such as column buckling and design for wind and seismic forces. Structure and Design is a reference book for design studios, architects, civil engineers, and builders and an excellent text for courses relating to those fields. G G Schierle holds Ph.D. and master of architecture degrees from the University of California, Berkeley and a Dipl-Ing degree from Stuttgart University of Applied Sciences. He teaches structures and design at the University of Southern California and has also taught at University of California, Berkeley, University of California, Los Angeles, and Stanford University. He is a Fellow of the American Institute of Architects, recipient of the Creative Achievement Award of the Association of Collegiate Schools of Architecture, founding director of University of Southern California's master of building science program, and a professional architect. He has lectured and published extensively on design for earthquake safety and tensile structures, including lectures at American Institute of Architects national conventions. Professor Schierle has served on the California structure license committee, the Journal for Architectural Education editorial board, and the Fabric Architecture magazine advisory board and annual awards jury. His professional practice includes major projects in America, Asia, and Europe.
Clear, elementary explanation of basic forms, Renaissance to 1900, with many works analyzed. Nature and function of concerto, sonata, etc., clarified with nonmusical analogies; illustrated in detailed analysis of specific piece of music.
Structure As Architecture provides readers with an accessible insight into the relationship between structure and architecture, focusing on the design principles that relate to both fields. Over one hundred case studies of contemporary buildings from countries across the globe including the UK, the US, France, Germany, Spain, Hong Kong and Australia are interspersed throughout the book. The author has visited and photographed each of these examples and analyzed them to show how structure plays a significant architectural role, as well as bearing loads. This is a highly illustrated sourcebook, providing a new insight into the role of structure, and discussing the point where the technical and the aesthetic meet to create the discipline of ‘architecture’.
Structural Acoustics and Vibration presents the modeling of vibrations of complex structures coupled with acoustic fluids in the low and medium frequency ranges. It is devoted to mechanical models, variationalformulations and discretization for calculating linear vibrations in the frequency domain of complex structures. The book includes theoretical formulations which are directly applicable to develop computer codes for the numerical simulation of complex systems, and gives a general scientific strategy to solve various complex structural acoustics problems in different areas such as spacecraft, aircraft, automobiles, and naval structures. The researcher may directly apply the material of the book to practical problems such as acoustic pollution, the comfort of passengers, and acoustic loads induced by propellers. Structural Acoustics and Vibration considers the mechanical and numerical aspects of the problem, and gives original solutions to the predictability of vibrations of complex structures interacting with internal and external, liquid and gaseous fluids. It is a self-contained general synthesis with a didactic presentation and fills the gap between analytical methods applied to simple geometries and statistical methods, which are useful in high frequency structural acoustic problems. Provides for the first time complex structures in scientific literature Presents a self-contained general synthesis with a didactic presentation Integrates the most advanced research topics on the subject Enables the researcher to solve complex structural acoustics problems in areas such as spacecraft, aircraft, automobiles, and naval structures Fills the gap between analytical methods applied to simple geometries and statistical methods Contains advanced mechanical and numerical modeling Provides appropriate formulations directly applicable for developing computer codes for the numerical simulation of complex systemssystems
The new edition of a classic text that concentrates on developing general methods for studying the behavior of classical systems, with extensive use of computation. We now know that there is much more to classical mechanics than previously suspected. Derivations of the equations of motion, the focus of traditional presentations of mechanics, are just the beginning. This innovative textbook, now in its second edition, concentrates on developing general methods for studying the behavior of classical systems, whether or not they have a symbolic solution. It focuses on the phenomenon of motion and makes extensive use of computer simulation in its explorations of the topic. It weaves recent discoveries in nonlinear dynamics throughout the text, rather than presenting them as an afterthought. Explorations of phenomena such as the transition to chaos, nonlinear resonances, and resonance overlap to help the student develop appropriate analytic tools for understanding. The book uses computation to constrain notation, to capture and formalize methods, and for simulation and symbolic analysis. The requirement that the computer be able to interpret any expression provides the student with strict and immediate feedback about whether an expression is correctly formulated. This second edition has been updated throughout, with revisions that reflect insights gained by the authors from using the text every year at MIT. In addition, because of substantial software improvements, this edition provides algebraic proofs of more generality than those in the previous edition; this improvement permeates the new edition.
Human Structure is an innovative introduction to human gross anatomy with a twofold approach to view the basics of anatomy from a broad scientific perspective and to explain the facts of form and function in terms and concepts that minimize the usual confusion and anxiety of beginning anatomy studies. Functional, comparative, and developmental anatomy are ingeniously woven into a single explanatory perspective, presenting human anatomy as an intelligible whole rather than as a heap of disconnected facts to be memorized. As a result, Human Structure is suitable not only for first-year medical students but also for undergraduates in premedical or biological science courses, for students in paramedical or college-level nursing programs, and indeed for anyone seeking a refresher course in human anatomy. The book begins with the generalized segmental organization characteristic of vertebrates and then examines the most obviously segmented parts of the human body: the bones, muscles, vessels, and nerves of the trunk between the neck and the pelvis. The book progresses through regions where the simple organizational plan has undergone more and more radical modifications and ends with the ancient and extreme specializations found in the head. At each step, the authors widen our intellectual understanding of how these modifications have been imposed, onto-genetically or phylogenetically, upon simpler precursors. The prose is personal and literate, peppered with inventive elucidations of concepts and accompanied by a wealth of illustrations designed for conceptual clarity and ease of visualization. The level of presentation has been finely tuned, over several years of class testing, to enhance its pedagogical effectiveness in human anatomy courses.
