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Building Constructio
Brannigans Building Construction
| Question | Answer |
|---|---|
| Reviewing a building ahead of a fire to gather information | Prefire Planning |
| Universal distress signal | Mayday |
| Fire within a building's structure | Building fire |
| Fire that includes a building's structure | Structure fire |
| Information that should be included in an officer's initial report upon arrival | Construction type |
| Prospective form of real-time data, transmitted directly to responding firefighters | Interactive preplans |
| Approximately, how many firefighters are killed each year | 100 |
| Why is preplanning a crucial component of firefighting | It gives firefighters the tools to prepare against potential hazards |
| A twisting force | Torsion |
| An internal force, measured in pounds per unit area, that resists a load | Stress |
| A direct pushing force, in line with the axis member | Compression |
| An internal force, percent of elongation that occurs when a material is stressed | Strain |
| A force that acts on a structure from a horizontal direction | Lateral impact load |
| The weight of a building | Dead load |
| The weight of a building's contents | Live load |
| A force that is perpendicular to the plane of a section but does not pass through the center of the section | Eccentric load |
| A pulling or stretching force, in line with the axis of the body | Tension |
| A load acting on a very small area of the structure's surface | Concentrated load |
| The wall that typically has the highest fire rating and is the strongest within a building | Fire wall |
| Type of connection that allows the weight of the building to hold them in place | Gravity connection |
| Type of beam that is supported at three or more points | Continuous |
| The line along a beam that does not change | Neutral axis or Plane |
| A structural member that transmits a compressive force along a straight path in the direction of the member | Column |
| The result of force exerted by a beam on a support | Reaction (of a beam) |
| Type of wall that acts as one unit | Homogeneous wall |
| Steel heated to 1000F will elongate how far per 100ft of length | 9 inches |
| Floor commonly used in heavy timber buildings | Self releasing floors |
| Made by sandwiching a piece of steel between two wooden beams | Flitch plate girder |
| The combination of two different materials in a floor | Composite floor |
| Externally braced buildings | Tube construction |
| The rate available energy is released | Heat release rate |
| May be necessary to insert when changes are made in the foundation of an existing wall | Needle beam |
| The oldest structural member | Beam |
| Another name for struts or rakers | Nonvertical columns |
| A beam that moves loads laterally when it is not convenient to arrange columns in an ideal way | Transfer beam |
| Design of some steel buildings that have connections that redirect overloads to other sections of the building | A plastic design |
| A wedge shaped block whose converging sides radiate from a center forming an element of an arch or vaulted ceiling | Voussoir |
| Bricks designed to join wythes | Headers |
| A mass of masonry placed against a wall to strengthen it. Necessary when a vault or an arch places a heavy load or thrust on one part of a wall | Buttress |
| Braces a column diagonally | Raker |
| A masonry column built on the inside surface of a wall | Pilaster |
| The outside member of a truss, as opposed to the inner webbed members | Chord |
| The end of a joist is cut off at an angle to permit the joist to fall out of the wall without damaging the wall | Firecut |
| A truss that has very rigid corner bracing | Vierendeel |
| A beam and column combined into a single element | Arch |
| Wall that divides tenant spaces | Demising |
| Type of wood panel that has all strands laid at right angles | Oriented Strand Board OSB |
| Type of stone that is particularly subject to spalling when exposed to fire | Granite |
| Temperature at which structural steel fails | 1000F |
| A material that contributes fuel to the combustion process | Combustible |
| Material that is strong in tension but weak in compression | Hemp rope |
| Used to support smaller buildings and those built on stronger soils | Footings |
| Person responsible for the overall project | General contractor |
| Grooved ridged material | Corrugation |
| Wall assembly that subdivides a building to prevent the spread of fire | Fire partition |
| Type of material that can drip and produce secondary fire | Thermoplastics |
| Space separated by smoke-rated barrier in which a tenable environment is maintained during a fire | Area of refuge |
| Placed in concrete to give it special characteristics | Admixtures |
| Used to strengthen a roof over large areas | Folded plate |
| Temporary shoring or lateral bracing to support the work in process of construction | Falsework |
| Material that chars and burns but does not flow | Thermosets |
| Property of a metal that allows it to be shaped | Malleable |
| Large series of large timbers or steel driven into the ground to provide a solid foundation for the superstructure of a building | Pile |
| Building type described in building codes but is not technically acurate | Noncombustible |
| Which class of standpipe system has a 2.5-inch connection | Class I |
| A type of sprinkler that dumps most of the water on the fire | ESFR Early suppression fast response |
| Fiberboard punched with holes | Combustible accoustical tile |
| Small panels indicating the fire detector activation | Remote annunciators |
| Gallons per minute per sq ft required within a sprinkler system | Demand Area |
| Location in buldings where dangerous gases are handled | Gravity vent |
| Another name for NFPA 255: Standard method of test surface burning characteristics if building materials | Steiner tunnel test |
| Rapid spread of flame over one or more surfaces | Flameover |
| Individual riser segments, one on top of the other | Zone |
| Valve or plate for controlling the draft or flow of gases | Damper |
| Material often used in older library flooring | Marble |
| Ceilings made of embossed steel and wooden boards | Matchboarding |
| Device that is usually located near an entrance to a building to monitor the building alarm system | Remote annunciator |
| The most expensive byproduct of fire suppression | Water damage |
| What gas is now considered as dangerous as carbon monoxide in fires | Hydrogen cyanide |
| What does the radiant flux test measure about a material | Ability to resist flame spread |
| Fire resistance that is based on the testing of a wall floor or column assembly | Rated fire resistance |
| Fiberglass or rock-wool insulation with various thicknesses available | Batt |
| Venting of smoke | Purge |
| Type of gaseous fire-extinguishing-agent system that does not leave a residue | Cleanagent |
| System used to protect materials damaged by water | Carbon dioxide |
| Subdivision of a building into smaller areas so that fire or smoke is confined | Compartmentation |
| Burning of heated, gaseous products of combustion after oxygen is introduced into a space where oxygen had been depleted | Backdraft |
| Low-density fiberboards made of wood fibers or sugar cane residue | Bagasse |
| Type of switch that when flipped silences the fire alarm but leaves it activated | Silence |
| Resistant to fire | Flameproof |
| Rapid involvement of a fire situation that goes beyond the normal attack situations that fire departments encounter | Conflagration |
| The unit rate of water application to an area or surface; expressed in gpm/ft2 | Density |
| Adequate exits within a building | Egress |
| The classification rated in time the ability of a structure or component to withstand a standardized fire test | Fire-rated |
| Construction designed to provide reasonable protection against fire | Fire resistant |
| Substance that helps delay or prevent combustion | Fire retardant |
| Material applied to structural elements or systems, which provides increased fire resistance; usually serves no structural function. | Fireproof |
| Where could you look to find information on fire fighter deaths and how they occurred | NIOSH |
| Why is clear communication such a critical factor for all fire depts to use | To convey the building's characteristics, notify of hidden hazards and prepare for fire attack |
| What is the fundamental reason building construction is so important | Our lives depend on it. If we know how buildings go up and are built, we know how they mey be effected by fire and fail |
| A more appropriate term for a brick building | Ordinary construction |
| A more accurate term for prefire planning | Prefire analysis |
| Why should prefire planning and fire inspections be separate activities | Inspection is a policing effort |
| A load that passes through the centroid of a section under construction and is perpendicular to the plane of the section | Axial load |
| Lightweight steel truss joist | Bar joist |
| A structural member which transmits forces perpendicular to such forces to the reaction points | Beam |
| Diagonal member that supports what would otherwise be a cantilever | Bracket |
| Made up of steel plates and angles riveted together, as distinguished from one rolled from one piece of steel | Built-up girder |
| A beam supported at one end only, rigidly held in position at that end | Cantilever beam |
| Supported by a cantelever | Cantelevered |
| Built of two wythes (a single verticle thickness of masonry) separated by a space for drainage or insulation | Cavity or Hollow wall |
| The center point at which a body would be stable, or balance, under the influence of gravity | Centroid |
| No external braces involved; bracing is done within the core of the structure | Core construction |
| Any wall at right angles to any other wall; the walls should brace one another | Cross wall |
| The deformation or dispacement of a structural member as a result of loads acting on it | Deflects |
| Braces set at an angle which connect columns and are often concealed within walls | Diagonal brace |
| Designed to stiffen a building against wind and other lateral loads such as earthquakes | Diaphragm floor |
| The potential fual available for a fire in a building | Fire load |
| The ability of a material to avoid ignition, combustion, and the thermal effects of fire | Fire resistance |
| Beam supported at two points and rigidly held in position at both points. This rigidity may cause collapse of a wall if the beam collapses and the rigid connection does not yield properly | Fixed beam |
| The lower division of a building that serves to transmit and anchor the loads from the super-structure directly to its earth or rock, usually below ground level | Foundation |
| Connecting plate made of lightweight metal used in trusses | Gang nail |
| A beam that supports other beams | Girder |
| Consists of all the structural elements and the connections that support and transfer the loads | Gravity resistance system |
| A series of closely spaced beams designed to carry a particularly heavy load | Grillage |
| Connecting plate made of lightweight metal used in trusses | Gusset plate |
| The effect of a moving load upon a stationary structure | Impact load |
| 1000 pounds force | KIP |
| A wood board typically attached to a walls studs which are used to wood joists | Ledger board |
| The horizontal beam that forms the upper structural member of an opening for a window or door and supports part of the structure above it | Lintel |
| Beam that projects beyond its support, but not far enough to be a cantilever | Overhanging beam |
| A load bearing wall that is common to two structures | Party wall |
| A short column of masonry, usually rectangular in horizontal cross section, used to support other structural members | Pier |
| Structural elements are connected by simple connectors such as bolts, rivets, or welded joints | Pinned |
| Heavy riveting of girders to columns from the top to the bottom of the frame | Portal bracing |
| Structural frame in which all columns and beams are rigidly connected. There are no hinged joints, and the angular relationship between beam and column members is maintained under load | Rigid-framed |
| Walls that counteract the effects of lateral loads such as wind and earthquakes | Shear wall |
| Girders that tie wall columns together in a framed building | Spandrel girder |
| An open web design used for the support of loors and roofs | Steel joist |
| A masonry unit laid horizontally with its length in the direction of the face of the wall | Stretchers |
| A bracing column | Strut |
| A rod in tension used to hold parts of a structure together | Tie rod |
| Which force of nature is always acting to bring a building down | Gravity |
| A shaft of concrete placed under a building culumn or wall extending down to bedrock | Caisson |
| Internal bracing that transfers the lateral earth pressures between opposing walls throgh compressive struts | Crosslot bracing |
| Braced sheeting used in soil walls to protect against collapse | Tieback |
| Combustible that is capable of easily being ignited and rapidly consumed by fire. May be solid, liquid or gas | Flammable |
| Stage of a fire at which all surfacea and objects in a room or area are heated to their ignition temperature and flames develop on all contents and combustible surfaces at once | Flashover |
| A material that, in the form in which it is used and under the conditions antisipated, will not aid combustion or add appreciable heat to an ambient fire | Noncombustible |
| Characteristic of a material such that, once the source of ignition is removed, the flame is quickly extinguished | Self-extinguishing |
| A fireproof roofing shingle that is composed of cement reinforced with asbestos fibers | Asbestos cement shingle |
| Manufactured by saturating a dry felt with asphalt, then covering it with a fine glass fiber | Asphalt felt siding (gasoline siding) |
| A wooden structure in which all verticle studs in the exterior bearing walls extend the full height of the frame from sill to roof. No firestops are within the walls | Balloon frame |
| A type of siding that uses vertical strips of wood to cover joints | Batten |
| Braces placed between parallel frame members to prevent movement from their vertical axis. Also known as cross-bracing | Bridging |
| To cut off the corners of a timber to retard ignition | Chamfer |
| Wood chips that are glued together to make flat sheets. Often used in the floor construction of mobile homes | Chipboard |
| Grooved panels utilized on industrial buildings of wood or steel framing. Poses an electrical hazard from stray electrical wires or lightning | Corrugated metal siding |
| A non-load-bearing wall that carries no weight other than its own. It is installed only to keep out the weather | Curtain wall |
| Lumber with tongues and grooves at the ends | End matched |
| Ballon-frame structure finished to resemble post and frame construction | English tudor |
| Interlocking wood pieces that are glued together to create a longer piece of dimensional lumber | Finger joints |
| Planks glued togther to form a solid timber | Glued laminated timber |
| Buildings constructed with noncombustible or limited combustible exterior walls and floors made of large dimension combustible materials. Also known as Type IV construction | Heavy timber |
| The rafter at the angle where two sloping roos or sides of a roof meet | Hip |
| An inverted single compression member where the compression member extends downward | Inverted king post truss |
| Wooden 2x8s, or 10s, or 12s that run rarallel to one another and support a floor or seiling, and are supported in turn by larger beams, girders, or bearing walls | Joist |
| Tongue and grooved lumber (usually lengthwise) | Matched lumber |
| Joints atht are fitted together to transfer loads properly | Mortise and tenon |
| Combustible siding laid over the sheathing of a building. This type of siding comes in many different shapes and is laid horizontally | Novelty siding |
| Connection points of a truss system | Panel points |
| A truss system in which the top and bottom chords are parallel | Panel-chord truss |
| Used in modern construction, these buildings are built with heavier beams that are spaced much farther apart than traditional 16 inches | Plank and beam |
| Subflooring is laid on the joists, and the frame for the first floor walls is erected on the first floor | Platform frame |
| Wood panels manufactured with the grain of alternate plies laid at right angles to develop the approximate equal strength in either direction | Plywood |
| Four-foot-wide sheets that give the appearance of four-inch-wide strips about a half inch apart | Plywood siding |
| Identifiable frame or skeleton of timber fitted together. Joints are constructed by mortise and tenon, fitted together to transfer loads properly | Post and frame |
| The chemical decomposition of a compound into one or more other substances by heat alone; often proceeds combustion | Pyrolytically |
| A truss system that has two compression members | Queen post truss |
| Wood members used to support the roof sheeting and loads | Rafters |
| Placed on the ridge of the roof onto which the upper ends of rafters are fastened | Ridge board |
| A metal-plate truss roof system that can bow upward causing separation of ceilings from walls | Rising roof |
| A type of siding, these thick wooden shingles are formed by splitting a short log into tapered sections | Shingle and shake |
| Found on the bottom of the frame of a wood structure. It rests on and is bolted to the foundation. | Sill |
| False space above built-in cabinets, usually in a kitchen, or the undersides of stairways and projecting eves | Soffit |
| Wooden strips that fit into grooves in two adjacenet planks to make a tight floor | Spline |
| Columns in a frame building. Usually 2x4 or 2x6 | Stud |
| Laid on top of the joists, it serves as the base for the finished floor | Subflooring |
| Used in truss system and subjected to tensile and pulling forces. Also known as a tension member | Tie |
| Top horizontal member of a wood frame wall that supports the ceiling joists | Top plate |
| Used in the majority of modern roof systems, this truss gives a triangular shape and provides a peaked roof | Triangular truss |
| A piece of lumber that supports a header and can be found in floor openings such as stairwells (runs perpendicular to floor joists) | Trimmer |
| Wooden peg used to pin together mortise and tenon joints | Trunnel |
| Developed by the US Forest Products Lab, it substitutes sawn beams for truss members used in the roofs and floors. It is held together with nails | Truss frame |
| Found within a truss roof system, this void space is between the top floor ceiling and the roof. Also known as a cockloft | Truss void |
| The lower slope formed by the connection of two inclined planes of a roof | Valley |
| Mineral used as bulk insulation and as an aggregate in insulating | Vermiculite |
| Indicates a structure where the entire structural load is carried on the walls. As opposed to a curtain wall | Wall-bearing |
| Building with exterior walls, interior walls, floors, and roofs made of combustible wood material | Wood framed |
| A wall-bearing building that carries the load of the structure and the contents | Wooden-walled building |
| In which type of truss does the compression member extend downward | Inverted king post truss |
| Which structural member is placed first on a foundation | Sill |
| A lightweight truss substitutes: | Geometry for mass |
| What is the biggest hazard for low density fiberboard | Fire |
| Planklike sections of nominal two-inch or thinner boards glued under pressure to form arches | Glulam |
| Name 2 different types of post trusses | Inverted king truss, queen truss |
| Name 3 parts of a web in a truss | Struts, ties and panel points |
| Name 2 types of firestopping | Inherent and legal |