Features
Provides example problems in all areas of occupational safety and health, environmental engineering, as well as risk assessment and management accompanied by step-by-step solutions, not just answers, in each caseDescribes the basic parameters or measurements of the physical sciences along with the fundamental laws Covers the parameters, measurements, and mathematical relationships that relate to the hardware and equipment of ventilationExplores everyday environmental hazards, their effects on individuals in the workplace, and how to mitigate these effectsDiscusses the broad areas of statistics and probability and the application of these disciplines to the routine practice of occupational safety and health and risk assessment
Summary
Standing firmly on the foundation built by the previous two editions, each a bestseller in its own right, Definitions, Conversions, and Calculations for Occupational Safety and Health Professionals, Third Edition is bound to repeat this success. A multipurpose reference suitable for professionals throughout the field, the book contains virtually every mathematical relationship, formula, definition, and conversion factor that any professional will ever need or encounter combined with example problems and step-by step solutions. The book has been carefully crafted to reflect the best of current thinking and technological understanding of these concepts as used in the field.
See what's new in the Third Edition:
Expansion of the concepts covered in each chapter
New chapter on Mechanical Vibration
Based on the professional experiences of the author and his colleagues, the sample problems and detailed solutions provide a complete roadmap that leads from the problem statement itself all the way to an eventual solution. A useful technical resource, the book identifies "how to calculate it" and "what does that mean", bringing together in one volume an array of definitions and calculations that are either widely scattered throughout, or not available at all, in any of the various other reference materials.
Table of Contents
The Basic Parameters and Laws of Physics & Chemistry
Standards and Calibrations
Workplace Ambient Air
Ventilation
Thermal Stress
Sound & Noise
Mechanical Vibration
Ionizing & Non-ionizing Radiation
Statistics and Probability
Appendix A - The Atmosphere
Appendix B - Conversion Factors
Alphabetical Listing
Appendix C - Conversion Factors
Listing by Unit Category
Index