At least 5 million people die each year from injuries, and about half the deaths in the 10-24 age group are accountable to them. This is a major health problem for which a number of strategies for prevention and control can be developed.
This book presents a series of the plenary and state-of-the-art presentations from the 5th World Conference on Injury Prevention and Control. There is a focus on transportation, workplace, sport and leisure, and domestic sectors, and an exploration of the legal, medical, environmental, safety and governmental issues which play a part in the subject.
Practitioners and researchers in a variety of activities, including epidemiology and public health, occupational health and safety, ergonomics and product design, medicine, criminology, engineering and physical sciences, and the behavioural sciences, should find this a useful and challenging work.

This handbook aims at providing a comprehensive resource on solar energy. Primarily intended to serve as a reference for scientists, students and professionals, the book, in parts, can also serve as a text for undergraduate and graduate course work on solar energy. The book begins with availability, importance and applications of solar energy, definition of sun and earth angles and classification of solar energy as thermal and photon energy. It then goes onto cover day lighting parameters, laws of thermodynamics including energy and exergy analysis, photovoltaic modules and materials, PVT collectors, and applications such as solar drying and distillation. Energy conservation by solar energy and energy matrices based on overall thermal and electrical performance of hybrid system are also discussed. Techno-economic feasibility of any energy source is the backbone of its success and hence economic analysis is covered. Some important constants, such as exercises and problems increase the utility of the book as a text.

This monograph focuses on a case study of a newly constructed passive cooled four-story building in a composite (monsoon) climate. The total initial embodied energy, CO2 emissions, annual energy saving and CO2 credit of the building were evaluated as part of the case study.

This book reviews recent advanced research work in the area of flat plate collectors, solar distillation, greenhouse technology for crop drying and production and solar electric/ thermal (PV/T) systems. The basic working principle, energy balances, thermal modelling, energy and economic analysis will be discussed. An instantaneous and overall efficiency of each solar thermal and electric system are also discussed and their results compared for economic analysis. Basic knowledge of availability of solar radiation is discussed in the beginning. Life cycle cost analysis, which includes initial investment, operating cost, interest rate, salvage value and annual power output, has been considered. An energy pay back time (EPBT) for solar electric/ thermal (PV/T) system has been evaluated by evaluating embodied energy during production of solar cell, PV module and balance of system (BOS) and useful both electric and thermal energy. Thermal energy from PV module can be in the form of sensible heat either for water or for air heating system.

This book is primarily intended to serve as a textbook and reference work for graduate and professional training coursework on solar desalination of water. The book begins with an introduction to the increasing demand for potable water, various types of water pollution and its impacts on human health, and goes on to cover basics of desalination technologies. It covers all aspects of solar-energy based distillation and desalination for producing potable water resources, including radiation and heat transfer concepts, a history of solar distillation systems, and background on solar collectors. The contents include thermal modeling and parametric study of solar distillation. Energy and exergy aspects are analyzed in detail, including energy matrices of solar distillation. A special chapter on exeroeconomics introduces fundamental equations which include the general balance equation, thermodynamic balance equations, and economic balance equations. A chapter on Economic Analysis of Solar Distillation completes the coverage. The book includes solved examples and end-of-chapter exercises in the form of both problems and objective-type questions. The contents of this book are useful to students, researchers, professionals, and policymakers looking for a comprehensive resource on solar desalination.

The SOLARIS 2012 conference focussed on solar radiation modelling and day lighting, solar thermal (ST), photovoltaic (PV), renewable energy resources (RES), climate change (CC), food processing industries/rural development (FRD), and life cycle cost analysis of renewable energy sources (LC). These proceedings from the conference will be of interest to students, teachers, researchers, scientists, engineers and users involved in renewable energy in general and solar energy in particular. Manufacturers will also find these proceedings useful.

SOLAR ENERGY: Fundamentals, Design, Modeling and Applications provides a platform to the scientists and engineers to understand the fundamentals of solar energy, and its applications and basic heat transfer. It describes the design, construction and performance of solar thermal devices and photovoltaic system. The solar thermal devices include flat plate collector, air heaters, crop drying, solar house, water heating system, solar distillation, solar concentrator and a controlled environment greenhouse etc. The economic aspects of solar systems have been discussed. KEY FEATURES: About three hundred thirty figures, one hundred eighty solved examples with fifty-five tables Large number of problems with hints Appendix and a complete list of references for deeper analysis and further studies