Fluid Mechanics Aspects of Fire and Smoke Dynamics in Enclosures

This comprehensive guide explores fluid mechanics in fire and smoke dynamics, making it essential for those studying Fluid Mechanics Aspects of Fire and Smoke Dynamics in Enclosures.

Although combustion, heat transfer, and fire suppression are heavily reliant on fluid mechanics, these topics are often overlooked in introductory texts. Fluid Mechanics Aspects of Fire and Smoke Dynamics in Enclosures addresses this gap by providing a thorough examination of turbulent flows associated with combustion, flame structure, and the dynamics of fire and smoke. It also delves into the interactions between fire, water, and enclosure boundaries, while exploring practical applications in fire control and Computational Fluid Dynamics (CFD).

This handbook goes beyond basic principles to offer a detailed understanding of flows in fire and smoke dynamics within confined spaces. It begins with fundamental equations governing turbulent flows with combustion and progresses to a comprehensive discussion of flame structures, fire plumes, and their interactions with enclosure boundaries. The insights gained from this study are then applied to fire dynamics and the control of smoke and heat in enclosed environments.

In its latest edition, the book significantly expands on the fluid mechanics related to water’s effect on fire dynamics and includes advanced modeling techniques using CFD. It features worked examples drawn from real-world fire-related challenges, covering a wide spectrum of topics from foundational concepts to cutting-edge computer simulations. This resource serves as an essential guide for undergraduates and early-career researchers interested in the intricate relationship between fluid mechanics and fire dynamics in enclosures.