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Test your basic knowledge |
Building Construction Management Vocab
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Study First
Subjects
:
industries
,
construction
,
business-skills
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Shallow Foundation: Used for all types of buildings and bear directly on the upper soil levels. Deep Foundation: Used where soil on the surface does not have adequate strength or is unstable. Consists of piles or piers.
OSB
Prefabricated v. site-built masonry cladding
Concrete Control Joints and Cold Joints
Shallow vs. Deep Foundations
2. A large-diameter - deep reinforced-concrete foundation element made by drilling a hole into the ground and filling it with concrete; an enclosure that permits excavation work to be carried out under water.
Caisson
Wood Light Framing
Insulated metal panels
Spandrel beam
3. I - C - L - T - Pipes - Tubes - round - Rectangular bars - plates
Slip-critical v. snug-tight connections
EIFS
AISC standard structural shapes
Backup wall
4. Rebar: An deformed steel bar used as concrete reinforcement. Welded-Wire Reinforcement: A prefabricated rectangular grid of steel wires spot-welded together at intersections - used as reinforcement in concrete slabs.
GFRC
Rebar and Welded Wire Fabric (WWF)
Tendons
Hollow Core Slabs and Planks
5. A type of concrete foundation where one large - combined footing is used for several columns and load-bearing walls - often for the entire building. A concrete slab-on-ground used as foundation for light frame buildings is the simplest type of mat fo
tempered glass
One-Way vs. Two-Way Slabs
Dewatering
Mat Foundation
6. A structural frame assembly composed primarily of dimension lumber studs - floor joists - and roof rafters and panels of wood-based sheathing materials. Usually 16' OC.
reflective glass
Rafter
Fire Safety Exiting Requirements
Wood Light Framing
7. Differential: The building's foundation settles at different rates at different points. Uniform: The building's foundation settles at a uniform rate.
Differential/Uniform Foundation Settlement
Floating and Troweling
Building Code
Suspended ceiling
8. Shallow Foundation: Used for all types of buildings and bear directly on the upper soil levels. Deep Foundation: Used where soil on the surface does not have adequate strength or is unstable. Consists of piles or piers.
Wood Light Framing
Shallow vs. Deep Foundations
Spandrel beam
PSL
9. A type of glass made by adding a metallic pigment during manufacture.
Rafter
tempered glass
LVL
Tinted glass
10. The combination of high-strength steel strands - sleeves - and end anchorages used for post-tensioning concrete.
Building Inspector's Process
Tendons
Contiguous Bored Concrete Piles and Secant Piles
Slip-critical v. snug-tight connections
11. Lumber that ranges from 2 in. to 4 in. thick. The actual dimensions are smaller than the nominal dimensions.
Column Footing
Advantages and Disadvantages of High Strength Concrete
Dimensional Lumber - and nominal vs actual dimensions
Pile and Pile Driver
12. Load=bearing or non-load bearing wall to which exterior cladding is adhered or anchored.
Backup wall
Rafter
Truss - Bottom Chord and Top Chord
CM
13. Two pieces of glass laminated under heat and pressure to a plastic interlayer to form a fused unit.
Laminated glass
heat-soaked tempered glass
heat-soaked tempered glass
SD
14. Pre-Construction - Construction - and Post-Construction Phases
SD
PSL
The Three Phases of Construction Management
DD
15. A type of tempered glass obtained from a process that reduces (or eliminates) the possibility of spontaneous breakage of tempered glass during its service life.
Slip-critical v. snug-tight connections
Glue-Laminated Lumber
Wrought iron v. mild steel
heat-soaked tempered glass
16. A type of tempered glass obtained from a process that reduces (or eliminates) the possibility of spontaneous breakage of tempered glass during its service life.
heat-soaked tempered glass
EIFS
Cold-Formed Light Gauge Steel Members
LVL
17. A large-diameter - deep reinforced-concrete foundation element made by drilling a hole into the ground and filling it with concrete; an enclosure that permits excavation work to be carried out under water.
The Three Parts of Construction Management
Caisson
Dewatering
The Three Parts of Construction Management
18. A glass that reflects incoming visible radiation due to a very thin metal oxide coating on one side.
reflective glass
Hollow Core Slabs and Planks
Annealed glass
Mat Foundation
19. Design Development
DD
Spandrel beam
Flat-Sawn vs. Quarter-Sawn Lumber
Shallow vs. Deep Foundations
20. Oriented Strandboard: A wood-based panel made by gluing several layers of wood strands under heat and pressure so that the adjacent layers are oriented in opposite directions.
Sheathing
OSB
Admixture
Caisson
21. A beam that spans between columns on the exterior face of a frame structure.
Tendons
Wrought iron v. mild steel
Stone cladding
Spandrel beam
22. A thin layer of material over a back-up component.
Friction vs. End-bearing Pile
DB
Permanent Concrete Freeze-Thaw Protection
Veneer
23. Schematic Design
curtain walls
Contiguous Bored Concrete Piles and Secant Piles
SD
Mat Foundation
24. Advantages: High early strength Disadvantages: Very expensive
CD
Advantages and Disadvantages of High Strength Concrete
Mat Foundation
Precasting vs Site-Casting: Methods & Pros and Cons
25. They review the plan sets to make sure they meet code requirements - then they will issue building permits if all codes and regulations are met. During the construction process - an inspector will be called to review the construction of specific part
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26. Include the width and height of the exit enclosures - fire resistance of materials used therein - and illumination levels in the exit enclosures.
Soldier Piles and Lagging
Fire Safety Exiting Requirements
Prefabricated v. site-built masonry cladding
The Three Phases of Construction Management
27. Snug-tight = hand tightened by a worker. Slip-Critical = hand tightened - then extra tightening to a certain tensile strength. Shear resistance is provided by the friction between the connected surfaces.
Concrete Control Joints and Cold Joints
Laminated glass
Performance vs. Prescriptive Code Provisions
Slip-critical v. snug-tight connections
28. Load=bearing or non-load bearing wall to which exterior cladding is adhered or anchored.
CM
Strip Footing
Wrought iron v. mild steel
Backup wall
29. Cost - Schedule - and Quality
GFRC
The Three Parts of Construction Management
Performance vs. Prescriptive Code Provisions
Pre-tentioning and Post-tentioning
30. Type 1: General Use - Type 2: -Type 3: High Early Strength - Type 4: Low Heat of Hydration - Type 5: Sulfate Resistant
Insulated metal panels
Joist
Type I-V Concrete - and the Roles for Each
Bentonite Slurry Wall
31. A fastener that connects an exterior cladding to the supporting frame to resist lateral loads
Tie Backs
The role of lime in mortar and mortar types
low-e coating
Re-Shoring
32. A surface coating that reflects most of the long-wave radiation.
low-e coating
Strip Footing
reflective glass
Slip-critical v. snug-tight connections
33. Material added to concrete mix to influence its performance.
Pile and Pile Driver
Admixture
Sheathing
Shallow vs. Deep Foundations
34. Use air-entrainment in the concrete mix
Backup wall
Permanent Concrete Freeze-Thaw Protection
One-Way vs. Two-Way Slabs
Advantages and Disadvantages of High Strength Concrete
35. Hollow Core Slabs: Precast - prestressed concrete slabs that contain voids in their central region that reduce dead loads by 40-50%. - Planks: Precast concrete slabs that are solid.
Hollow Core Slabs and Planks
Pile and Pile Driver
reflective glass
Sump and Well Point Dewatering
36. A panelized material applied to the exterior surfaces of wood or light-gauge steel frame members to add rigidity to the frame and to serve as a base for (wall) cladding or roofing.
Sheathing
Steps in Forming a Reinforced Concrete Wall
heat-soaked tempered glass
Hollow Core Slabs and Planks
37. ...
Steps in Forming a Reinforced Concrete Wall
Concrete - its components - and their function in the mix
Caisson
Prefabricated v. site-built masonry cladding
38. A surface coating that reflects most of the long-wave radiation.
EIFS
Sheet Piles and Shoring
low-e coating
Laminated glass
39. A framing system that mimics wood light frame construction - but the elements are made of cold-formed - galvanized sheet steel.
Plasticizers
Shallow vs. Deep Foundations
The Three Phases of Construction Management
Light-Gauge Steel Framing
40. Lengths of dimension lumber - glued and laminated together to create a structural member of a large cross section.
Engineered Lumber
EIFS
Glue-Laminated Lumber
CM
41. One-Way Slab: An elevated reinforced concrete slab where most of the load on the slab is carried to the supporting beams in one direction; a four-sided - supported rectangular slab whose length is greater than or equal to twice its width. Two Way Sla
heat-soaked tempered glass
Cold Weather Concrete Construction Protection Measures
Steps in Forming a Reinforced Concrete Wall
One-Way vs. Two-Way Slabs
42. Pile: Driven or drilled long - slender foundation element. Pile: a piece of machinery used to drive piles into the ground.
Pile and Pile Driver
Hollow Core Slabs and Planks
Re-Shoring
Stone cladding
43. Fabricated at the manufacture's plant. Reinforced in both directions. Uses a steel stud backup wall.
Tie Backs
Prefabricated brick panel curtainwall
Flex anchors
Caisson
44. Exterior wall cladding system suspended from or supported by the structural frame of the building.
Suspended ceiling
Performance vs. Prescriptive Code Provisions
curtain walls
Fire Safety Exiting Requirements
45. Concrete: A composite material consisting of portland cement - coarse aggregate (crushed stone) - fine aggregate (sand) - and water.
Concrete - its components - and their function in the mix
LVL
Fire Safety Exiting Requirements
Light-Gauge Steel Framing
46. Sheet steel that is hot-dip galvanized.
Cold-Formed Light Gauge Steel Members
The role of lime in mortar and mortar types
Dimensional Lumber - and nominal vs actual dimensions
reflective glass
47. Control Joint: A sawed or tooled joint on the top surface of a concrete slab-on-ground; a continuous vertical joint in a concrete masonry wall. Cold Joint: A nonmovement joint resulting when fresh concrete is placed against previously placed concrete
The role of lime in mortar and mortar types
SD
Plasticizers
Concrete Control Joints and Cold Joints
48. I - C - L - T - Pipes - Tubes - round - Rectangular bars - plates
Concrete - its components - and their function in the mix
LVL
AISC standard structural shapes
Cold-Formed Light Gauge Steel Members
49. A panelized material applied to the exterior surfaces of wood or light-gauge steel frame members to add rigidity to the frame and to serve as a base for (wall) cladding or roofing.
heat-soaked tempered glass
Sheathing
Cee Channel - Runner Channel - Tracks
Concrete - its components - and their function in the mix
50. Used where columns are lightly loaded or bear on soils with a high bearing capacity.
Wood Light Framing
Column Footing
LVL
Admixture