S. L. Tang

This book examines the various quality management systems applied to the construction industry in Hong Kong and other parts of the world. Hong Kong's experience is particularly important because it plays a leading role in construction quality management globally.

This is a text book as well as a reference book for decision making in construction. The book is written to serve undergraduates of construction-related programmes and postgraduate students undertaking construction management bridging courses. It contains mainly quantitative techniques used to assist decision making, including analytic hierarchy process (AHP), decision theories, conditional probabilities and the value of information, inventory modeling, dynamic programming, Monte-Carlo simulation, CYCLONE simulation modeling, information systems and process of decision making in construction. Plenty of real life examples are used to illustrate the theories, arguments and calculations. It is written in simple and easy to understand language. Readers will benefit from the book even by self studying because all the topics are described and developed in a logical and organized manner, from basic to complex. Moreover, the most up-to-date information on the development of AHP, simulation modelling, information systems and process of decision making are covered.

Fresh water is becoming an ever more valuable and scarce resource, and any method or approach that can contribute to the saving of fresh water resources is therefore beneficial. Dual water supply systems are water supply distribution systems employing two sources, consisting of one fresh water system for potable use, and another system of either seawater, untreated raw fresh water, or treated / reclaimed wastewater for toilet flushing purposes. The purpose of this book is to discuss the engineering and cost aspects of dual water supply systems drawing on the author's experience obtained in Hong Kong, where dual water supply systems have been used for fifty years. The book is suitable for use as a text book or reference book at undergraduate and postgraduate levels. University undergraduate students and postgraduate students in water science, civil engineering, environmental engineering and environmental science or management will be the principal audiences. Practicing engineers, managers and other practitioners in these fields will also find this an invaluable reference source.

This is a textbook for engineering undergraduates and postgraduate students and a reference for practicing engineers or managers who are familiar with their projects but less familiar with financial/economic analysis methods. The book is divided into two parts. Part 1 covers all the basic concepts and theories and provides the readers with a good understanding of the financial and economic analysis on the feasibility of projects. Plenty of examples are used to illustrate the theories, arguments and calculations. Part 2 consists of case studies on both financial and economic feasibility studies. Readers should be able to conduct their own financial and economic analyses by following the procedures and methodology of the examples given. In this new edition, the chapters have been revised and expanded with the latest theories and data added, especially the most up-dated information on the development of the theories of internal rate of return and net present worth.