Original source · versioned page text
Basement-construction-vibration-guideline
Table 3: Vibration limits
Limit for Peak Particle Velocity (PPV), mm/s
Neighbouring building type
All receptors 1.0 (to minimise annoyance)
1.1 – 5
Requirements:
Neighbouring property written agreement (Section 5.7)
Residential buildings (including hotels RPEQ report addressing structural concerns for
and short-term accommodation)1
neighbouring property
Approval by the City as part of a vibration management
plan.
1.1 – 20
Requirements:
Neighbouring property written agreement (Section 5.7)
Commercial buildings (offices and RPEQ report addressing structural concerns for
shop/showrooms)1
neighbouring property
Approval by the City as part of a vibration management
plan.
All receptors greater than 137m from site No requirements
1
Refer to City Plan definitions.
4.3 Vibration predictions
Typical levels for vibration-generating equipment potentially associated with basement construction are detailed
in Table 4.
Table 4: Vibration-generating equipment
Equipment Peak Particle Data reference
Velocity (PPV),
source level (mm/s)
at distance in metres
Piling 12 to 30 at 10 m Environmental Noise Management Manual (RTA
2001)
Concrete saw 0.5 at 10 m
Jack hammer 0.5 at 10 m
Excavator 2.5 at 8 m Tynan, A.E. Ground Vibration Damaging effects to
Buildings, Australian Road Research Board 1973
CFA (Continuous 1 at 1.5 m Burgemeister K., Fisher K. and Franklin K.,
Flight Auger) Measurement and Prediction of Construction
Vibration Affecting Sensitive Laboratories (AAS
Conference Paper 2011)
Small hydraulic 15 at 2 m Construction and maintenance noise estimator (RTA
hammer 2016)
Medium hydraulic 15 at 7 m
hammer
Large hydraulic 15 at 22 m
hammer
Vibratory pile 15 at 2 m to 20 m
driver
(sheet piles)
Pile boring 15 at 2 m (nominal)
CONSTRUCTION VIBRATION MANAGMENT GUIDELINE (A45139253) Page 8 of 13
See the original
The page text is free to read. Viewing or downloading an original file needs an account.
Log in to see the original