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This book covers the framework of project management, a discipline that is topical in many quarters. The aims of ‘Project Management Framework’ are to understand project management and to stimulate and contribute to a structured way of thinking in applying this discipline. In this work, a systems view to project management is described, based on the realization that management is a synthesis or inverse problem. One of the overriding reasons for writing this book was to counter the myriad of misconceptions and thinking errors that exist amount project management writers and practitioners. In addition, the usage of correct terminology and application of right level of thinking are discussed as factors contributing to the heart of more mature management practices. The subject matter is developed in this edition through looking at the fundamentals of projects and management and subsequently through studying the chronological development of the project life cycle. In order to support theory, numerous case examples from diverse industries are included. Aspects that are generally not available elsewhere are highlighted, whereas project management material that is readily available in other texts has been deliberately omitted. This book is intended to serve students, teachers and practitioners. As only very few prerequisites are needed apart from a basic interest in projects, some exposure to the discipline and a systematic thinking ability, this book serves a broad group of interested readers who want to know more about the discipline.
This text investigates the fundamental principles of acoustics, providing a rigorous framework for understanding sound propagation and wave mechanics. The author, a recognized expert in the field, utilizes mathematical modeling and physical laws to explain how sound behaves in various environments. By synthesizing complex wave theory with practical applications, the work establishes a comprehensive foundation for students and researchers alike. The argument centers on the necessity of a systematic approach to acoustic phenomena, moving from basic wave equations to complex architectural and environmental applications.
What You Will Find
Experts and academics frequently cite this work as a foundational reference for the study of physical acoustics. Readers often note the high level of mathematical density, which makes the text most suitable for advanced students and professional engineers.
Page Count:
480
Publication Date:
2007-01-01
Publisher:
Taylor & Francis Group
ISBN-10:
0203970896
ISBN-13:
9780203970898
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