Construction Types
Door and Window
Fire Science
Flow Paths
Energy
100

A structure with protected steel ceiling beams

I
100

Most common door used as a means of egress

swinging door

100

the temperature at which a material can being combustion with piloted ingition

Flashpoint

100

gases ALWAYS move from a area of higher pressure to an area of lower pressure

Boyle's Law

100

Spontaneous combustion from self-heating is an example of 

Chemical energy

200

Structure with masonry exterior walls

III

200

A window that has movable panes with a center sash

single/double hung

200

type of reaction that absorbs energy

endothermic

200

the thermal layer between the hot gases and cooler air

Neutral Plane

200

heat transfer caused by movement

convection 


300

Structures that use heavy dimensional lumber

IV

300

Type of doors that can be released by a fusible link

fire doors

300

the density of a liquid compared to water

specific density

300

introducing air into a ventilation-limited fire with a very low thermal layer can cause

Backdraft

300

friction and compression

mechanical energy

400

can be further subdivided as either balloon or platform framed

V

400

a window that has a vertical center sash and opens outward with a crank

casement

400

products of incomplete combustion

heat and smoke

400

3 indicators of Flashover

large volume of darkened smoke

Rapidly increasing heat temperature

rollover

400

heat transfer caused by direct contact

conduction

500

uses concrete or metal framing with a 2 hour fire resistive rating

II

500

common interior door for closets

hollow core door

500

Define AIT

the temperature at which a material can sustain combustion

500

ventilating a structure in a spot closer to the seat of the fire and NOT controlling the original air inlet can produce

multi-directional flowpaths

500

heat transfer at even far distance caused by heat and light

radiation