Robert G. Zalosh – författare

Based on the successful course which the author has been teaching for some years at Worcester Polytechnic Institute, this text shows engineers how they can build fire protection into their products, whether they are dealing with an engineering plant, machine, building or its contents. Covering general considerations which relate to the application of all fire protection engineering, the text also examines specific problem areas such as warehousing, storage of flammable liquids, and the safety of electrical equipment and computers. Features include: Presentation of the latest research in the field, such as the protection of cabling from fireOffers full international coverage, giving reference to European as well as American codes and standardsA variety of up-to-date and international case studies, making this text as relevant to the practitioner as well as the academic sectorAddresses problems in a manner that is practical and immediately relevant

Explosion Dynamics Structured and comprehensive introductory guide to understanding and applying explosion dynamics concepts Explosion Dynamics thoroughly explores the physical phenomena of explosions and enables readers to understand controlling variables that govern temperature, pressure, and rate of increase in pressure respectively, while also providing a mathematical framework for characterizing and applying key concepts. To promote seamless reader comprehension, this comprehensive textbook provides working examples, case studies, and assignments for self-study, as well as additional material such as property data for common gases and dusts, which supports the examples presented throughout the text. Written by two highly qualified authors, topics covered in Explosion Dynamics include: Similitude theory, similarity solutions, nonlinear systems of differential equations, gas dynamics, and chemical kineticsHow a flammable mixture of gas or vapor or a suspension of powder, dust particles, or droplets forms in the industrial processing of hazardous materialsRange of temperature, pressure, and concentration in which a flame can ignite and propagateHow the “rate-of-pressure-rise” affects the overall explosion hazard and the viability of various explosion protection measuresProviding a structured and comprehensive approach to the subject, Explosion Dynamics is an indispensable textbook that allows chemistry and engineering students, along with professional engineers and professionals in the chemical and food industries, to understand the fundamental mathematics and physics involved in explosions and develop appropriate protection and prevention measures.

Explosion Dynamics

Structured and comprehensive introductory guide to understanding and applying explosion dynamics concepts

Explosion Dynamics thoroughly explores the physical phenomena of explosions and enables readers to understand controlling variables that govern temperature, pressure, and rate of increase in pressure respectively, while also providing a mathematical framework for characterizing and applying key concepts.

To promote seamless reader comprehension, this comprehensive textbook provides working examples, case studies, and assignments for self-study, as well as additional material such as property data for common gases and dusts, which supports the examples presented throughout the text.

Written by two highly qualified authors, topics covered in Explosion Dynamics include:

Similitude theory, similarity solutions, nonlinear systems of differential equations, gas dynamics, and chemical kinetics How a flammable mixture of gas or vapor or a suspension of powder, dust particles, or droplets forms in the industrial processing of hazardous materials Range of temperature, pressure, and concentration in which a flame can ignite and propagate How the “rate-of-pressure-rise” affects the overall explosion hazard and the viability of various explosion protection measures

Providing a structured and comprehensive approach to the subject, Explosion Dynamics is an indispensable textbook that allows chemistry and engineering students, along with professional engineers and professionals in the chemical and food industries, to understand the fundamental mathematics and physics involved in explosions and develop appropriate protection and prevention measures.