Princs & Practs of Commercial Construction Flashcards
Soil type per grain size
Principals & Practices of Commercial Construction
PG 14
Table 2-1. Bearing Capacity
Principals & Practices of Commercial Construction
PG 15
When testing soil, hard compact shale is like good brick
Principals & Practices of Commercial Construction
PG 15
Sub-surface investigation soil sampling methods
Principals & Practices of Commercial Construction
PG 16
High water table increases foundation cost
Principals & Practices of Commercial Construction
PG 20
A penetrometer is used to determine the bear gin capacity of a soil
Principals & Practices of Commercial Construction
PG 24
Footings layout
Principals & Practices of Commercial Construction
PG 42
Figure 3-8. Concrete curb detail
Principals & Practices of Commercial Construction
PG 61
Side walk going spacing
Principals & Practices of Commercial Construction
PG 63
Percent slope across parking lot
Principals & Practices of Commercial Construction
PG 64
Ground water removal, well point system
Principals & Practices of Commercial Construction
PG 73
Volume formula
Principals & Practices of Commercial Construction
PG 76
Hauling trucks lose 3% power per 1000 feet increase in elevation
Principals & Practices of Commercial Construction
PG 92
Items that affect cycle time
Principals & Practices of Commercial Construction
PG 93
Shrink factor formula
Principals & Practices of Commercial Construction
PG 95
Shotcrete not sued to protect excavations
Principals & Practices of Commercial Construction
PG 98
Underpinning is a type of shoring that remains in place
Principals & Practices of Commercial Construction
PG 107
Pilings
Principals & Practices of Commercial Construction
PG 115
Live load for elevated slabs - 50 pounds per square foot
Principals & Practices of Commercial Construction
PG 141
Joist supposrt
Principals & Practices of Commercial Construction
PG 280
Steel structural shapes
Principals & Practices of Commercial Construction
PG 344
Cross brace to stabilize frame
Principals & Practices of Commercial Construction
PG 349
Figure 11-16. In a steel Fram structure, what provides longitudinal stability
Principals & Practices of Commercial Construction
PG 350
Advantage of pre-fabricated steel building - produced in many sizes
Principals & Practices of Commercial Construction
PG 351
Anchor holt template matched base plate holes, column splice 2’ above floor
Principals & Practices of Commercial Construction
PG 353
Pin and moment connections, base plate spreads column load onto foundation
Principals & Practices of Commercial Construction
PG 354
Bolt hole diameter
Principals & Practices of Commercial Construction
PG 359
Drift pin
Principals & Practices of Commercial Construction
PG 367
Connect laminated floor boards using spikes
Principals & Practices of Commercial Construction
PG 371
When pouring concrete on steel deck - 2” minimum thickness
Principals & Practices of Commercial Construction
PG 391
Terrazzo floor divider strips shall not produce retables no more than 50% longer than wide
Principals & Practices of Commercial Construction
PG 396
Terrazzo grout time 3 days
Principals & Practices of Commercial Construction
PG 398
All glass curtain walls require structural framing to absorb lateral wind loads
Principals & Practices of Commercial Construction
PG 415
Cellular concrete is used as a fireproofing material
Principals & Practices of Commercial Construction
PG 423
Table 15-10. Purlin spacing
Principals & Practices of Commercial Construction
PG 473
Ethylene propylene diene monomer (EPDM) Splice - Lap with adhesive
Principals & Practices of Commercial Construction
PG 480