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Attachment 2 - Geotechnical Stability Assessment
Project No. PG-2096 Page | 12 May 2022 Ref: PG-2096, 2019-02-21, GR VER 4 Clare Design – Geotechnical Stability Assessment - Proposed Residence, 22 Arakoon Crescent, Sunshine Beach 12.0 STABILITY ASSESSMENT 12.1 Landslip Frequency Analysis The following landslip frequency analysis of the proposed residence, shed platforms and immediate surrounds have been made in accordance with Taylor & MacGregor (2001) Relative Susceptibility recommended method based on the findings of this stability assessment. Landslip Frequency Analysis Relative Frequency 0.32 Hazard Rating Low 13.0 CONCLUSION Continued long term stability of the site is subject the development taking place in accordance with the recommendations in this report and relevant Australian Standards and good hillside engineering and building practices. Refer to the attached ‘Guidelines for Hillside Construction’ for general practices for hillside construction. Pacific Geotech Pty Ltd provide a service to review construction/building/development plans and it is recommended that any designer/builder utilises this service to ensure that the proposed development is in accordance with the intentions of this report. It is also recommended that all earthworks, drainage, erosion protection and foundation preparations be inspected by Pacific Geotech Pty Ltd to ensure that the works are in accordance with the intentions of this report. For review and inspection services, our standard rates will apply. 14.0 LIMITATIONS We have prepared this report for the Proposed Residence at 22 Arakoon Crescent, Sunshine Beach . The report is provided for the exclusive use of Clare Design, for this project only and for the purposes outlined in the report. It should not be used by, or relied upon, for other projects on the same or different sites or by a third party. In preparing this report, we have relied upon information provided by the client or their agents. The results are indicative of the subsurface conditions on site only at the specific testing locations. Subsurface conditions can change between test locations and the design and construction should take the spacing of the testing and testing methods adopted and the potential for variation between the test locations.
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