Sentence examples for phase of the fire from inspiring English sources

This paper provides an insight into the behaviour of composite slabs under different fire scenarios considering both the heating and cooling phase of the fire.

The results show that different types of shear connections do not affect the global behavior of the subassembly during the heating phase of the fire, where the fire response is generally governed by beam local buckling near the connection.

Selective tasks of the response and the rescue phase of the fire event occurred in the Sheraton Exchange Center have been chosen to check the validity of using the mobile field-based GIS for enhancing the performance of these tasks.

These brominated compounds act in the gas phase of the fire by reacting with free radicals generated during combustion, thus terminating the reaction (Rahman et al. 2001).

The electrophysiological difference between bistratified cells and basket cells are the mean theta phase of the firing spikes.

Afterwards, the verification and validation phases of the fire field model dealt with and exhibit comparisons to analytical, manufactured or benchmark solutions for the verification phase and the development of a building-block approach for the validation phase.

Investigators interviewed some 90 people, but three administration officials who played a part in crucial phases of the firing plan — Karl Rove, the former political advisor to President Bush; Harriet E. Miers, the former White House counsel; and Monica M. Goodling, former Justice Department liaison to the White House — all refused to be interviewed.

The difference in the preferred phases of the firing of BZ and CZ neurons during spindles compared with slow oscillations may reflect differences in the initiators of these network oscillations; Rt is the major pacemaker of spindle activity, whereas the neocortex likely initiates slow oscillations (Fuentealba and Steriade 2005).

Evidence from real fires in real buildings has highlighted that the cooling phase of a fire is equally important and it is possible for structures to fail during this stage of the fire even though they have survived the heating stage up to a maximum fire temperature.

The phase composition of the fired samples was examined using x-ray diffraction (XRD) technique.

Apparent density, bulk density, apparent porosity, water absorption, compressive strength, thermal conductivity, microstructure and crystalline phase formations of the fired brick samples were measured.