Collapse Operations for First Responders discusses in detail the common warning signs of structural collapse and what to do when they are encountered, providing a practical, hands-on approach to operating safely and effectively in collapse rescue situations. Discussion is chiefly directed toward one of the most common types of structures around the country, wood and brick-and-joist (ordinary-constructed) buildings, known as URM (unreinforced masonry) construction. Various types of shoring and cribbing techniques vital to collapse rescue operations, as well as void size-up, safety at collapse operations, tools used in voids, and void procedures are explored. Collapse Operations for First Responders is a must-have resource for firefighters, officers, chiefs, and technical rescue response personnel.

The National Fire Protection Association (NFPA) and International Association of Fire Chiefs (IAFC) are pleased to bring you Fundamentals of Technical Rescue. Beginning with an introduction to technical rescue and progressing through discussions of tools and equipment, incident management, and conducting search operations, this text will introduce

This is a "how to" book written by a "know how" person for anyone who practices firefighting strategy. Deputy Chief Vincent Dunn is passing on to the next generation of firefighters the lessons ("strategy summaries") he learned from his years of firefighting experience. He describes firefighting strategies for the most common types of fire scenarios and identifies specific firefighting problems presented to an incident commander by occupancy and construction type. More importantly, he explains firefighting solutions and offers firefighting plans, standard procedures, action plans, ideas, guidelines, explanations, key steps, and systems of firefighting procedures. This book is not about tactics. It's about strategy - plans of firefighting, logical ways to solve problems at fires.

This is the final report of the National Institute of Standards and Technology (NIST) investigation of the collapse of the World Trade Center (WTC) towers, conducted under the National Construction Safety Team Act.

The formation of a functional and safe technical rescue team, whether single- or multi-discipline, requires careful planning, a large time commitment from the team members, equipment research and acquisition, risk analysis, training, and funding. This manual provides guidance on how to for a technical rescue team.

App. 13 : Tribute to a helicopter rescue pioneer. -- App. 14 : Two-pointer tether with life float. -- App. 15 : Two-pointer tether for lowhead dam rescue. -- App. 16 : Two-pointer tether for foot entrapment rescue. -- App. 17 : Filling 2 1/1 in. fire hose with hose rescue device. -- App. 18 : Lowhead dam rescue with hose rescue device. -- App. 19 : Bridge-based rescue using life float. -- App. 20 : Single-line self-rescue system. -- App. 21 : Double-line self-rescue system. -- App. 22 : Tripod method for shallow-water crossing. -- App. 23 : Static line or belay for shallow-water crossing. -- App. 24 : Line astern method for shallow-water crossing. -- App. 25 : Line abreast method for shallow-water crossing. -- App. 26 : Circle of support for shallow-water crossing. -- App. 27 : Shallow-water crossing with victim on backboard. -- App. 28 : Continuous-loop rescue system.