Council archive · source document
24-01-2020 - Appeal No. 245 of 2019 - Final Order of Judge Rackemann · 51987.2951.01
BH1
Vs (m/s)
Loose SAND
Loose SAND
Medium Dense SAND
Medium Dense SAND Dense SAND
Dense SAND Very Dense SAND (including
cemented sand ‘coffee rock’)
Very Dense SAND (including
cemented sand ‘coffee rock’)
Possible residual soil
Inferred top of weathered bedrock
Possible residual soil
Inferred top of weathered bedrock
COMMENTS:
1. Results of the seismic testing generally
correlate with the borehole and DCP
results.
Loose SAND 2. The upper portion of the dune
comprises about 1 m to 2 m of loose
Medium Dense SAND Loose SAND sand, over medium dense to very
Medium Dense SAND dense sand. The sand shows some
variability in density, but generally
Dense SAND with zones of Very Dense SAND (including cemented sand ‘coffee rock’) Dense SAND with zones of Very Dense increases in density with depth. At
SAND (including cemented sand ‘coffee about 8 m to 10 m BGL, the sand
Very Dense SAND (including cemented sand ‘coffee rock’) rock’) typically becomes very dense and
Very Dense SAND (including weakly cemented in parts
cemented sand ‘coffee rock’) 3. The lower portion and toe of the dune
Possible residual soil
comprises about 1 m to 2 m of loose
Possible residual soil
Inferred top of weathered bedrock sand, over medium dense sand. From
Inferred top of weathered bedrock about 3 m to 4 m BGL, the sand
becomes dense with zones of very
dense sand (including inferred
cemented sand ‘coffee rock’), and
increases in density with depth.
4. Inferred weathered sedimentary rock
was encountered from between about
12 m to 20 m BGL. The rock is inferred
to be of the Late Triassic to Jurassic
age Myrtle Creek Sandstone. The
testing indicates that the rock strength
generally increases with depth.
CLIENT PROJECT
McInnes Wilson Lawyers Proposed Pool, 42 Seaview Terrace
NOTES: DRAWN
WM DATE
23/07/2019 TITLE
1. Refer to Figure 1 for seismic line locations. SEISMIC (MASW) TESTING
CHECKED
GAH
DATE
23/07/2019
2. This document must be read in conjunction with document J000867-003-R-Rev0.
REV No
3. Subsurface profiles and densities shown are indicative and based on general correlation with borehole/DCP results. SCALE
As shown PROJECT No
J000867 FIGURE No
002 0 A3
068
77
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