Fire Research on Fire Science

¶ … Fire Research on Fire Science

The commencement of modern fire research can be traced back to 1871 when two massive fires occurred in early October of that year. Due to their huge impact, the two fires set the tone for fire research that has developed to eventually become the contemporary fire science. The modern fire science is basically centered on the safety for victims of occupants and the fire fighters. Actually direct fire science consists of fire behavior projects with which the fire behavior variables are predicted through supervision and evaluation (Barbour, 2007). Since its inception, modern fire research has greatly impacted fire science in several ways including:

Infrared Imaging:

This is one of the major technological changes and advancements of modern fire research that have greatly influenced fire science. Infrared imaging basically entails the detection of any living creature that produces heat through a device that magnifies heat temperatures. The magnified heat temperatures are then used to identify victims who are ensnared in a burning building and trapped firefighters. The major impact of this research on fire science is that it has resulted in the speedy identification and retrieval of the trapped individuals by rescuers. An example of the use of infrared imaging is the fact that the military has been authorized to provide the most recent infrared technologies to fire departments across municipalities by new Federal Legislations.

Global Positioning Systems (GPS):

The other significant technique of modern research is the global positioning systems that are used to identify the location of trucks and resources in order to facilitate appropriate deployment, especially in overlapping response situations. The systems can also be utilized to download real time information during wild fire incidents. The downloaded information can then be installed in a fire protection model to provide field decision-makers with complete information for distribution of resources in a wild fire incident. A clear example of the use of this technique is the fact that the closest responder can be sent by the dispatch to a fire incident regardless of whether the responding unit is not within the particular defined region.

Water Mist:

As a significant technique in modern fire research, ultrafine water mist systems enable a more effective translation of water into steam. The steam permits a gas-like spreading that will flood the space for increased extinguishing effects (Dan, n.d.). Ultrafine water mist systems have been embraced in the use of C-gypsum wall board that entrenches moisture pellets. The fire restrictive attributes of the wall are enhanced when the surface of the gypsum board cools through exposure to heat of fire.

Compressed Air Form:

The compressed air form systems are primarily used to enhance the soaking and penetrating abilities of water to enhance its effectiveness as an extinguishing agent. Due to their huge impact on fire science, there are predictions that the compressed air form systems will be developed for portable systems.