The paper presents a snapshot of the research performed within the ARC Centre for Geotechnical Science and Engineering (CGSE) on anchoring systems. The focus is on the determination of nominal bearing factors and the performance of three different types of anchors: the suction embedded plate anchor, the dynamically embedded plate anchor and the helical anchor. The paper emphasises the wide range of analytical, numerical and physical modelling techniques developed within the CGSE to (i) develop a rigorous understanding of the soil-anchor interaction and (ii) create practical tools that can be readily used for design
This is the final version of the article. Available from ASME via the DOI in this recordOffshore fou...
Helical anchor consist of some steel shafts with a series of helical steel plates welded on a pitch....
This work presents a new macro-element model to predict the behaviour of Suction Embedded Plate Anch...
The embedded plate anchor and mooring system is an efficient and versatile deep-water foundation sol...
Dynamically embedded plate anchors are rocket shaped anchors that penetrate to a target depth in the...
Anchor has been successively used as an in-situ soil reinforcement for more than two decades. The de...
Buried anchors have been used for thousands years to stabilize structures. Anchor plates may be made...
With the oil and gas exploration stepping into deeper water, taut mooring systems have become a popu...
Mooring systems typically consist of an anchor and a mooring line and chain that connect the anchor ...
Plate anchor is one of the most common varieties of anchors used in the construction and maintenance...
FLNG facilities present a more onerous anchoring requirement than existing floating structures. Opti...
Dynamically embedded plate anchors (DEPLAs) are a promising option for anchoring floating facilities...
Helical anchor consist of some steel shafts with a series of helical steel plates welded on a pitch....
Sustainable energy produced by offshore wind will likely increase as technology moves into deeper wa...
© 2018 ISRM International Symposium 2000, IS 2000. All rights reserved. The recent advances in groun...
This is the final version of the article. Available from ASME via the DOI in this recordOffshore fou...
Helical anchor consist of some steel shafts with a series of helical steel plates welded on a pitch....
This work presents a new macro-element model to predict the behaviour of Suction Embedded Plate Anch...
The embedded plate anchor and mooring system is an efficient and versatile deep-water foundation sol...
Dynamically embedded plate anchors are rocket shaped anchors that penetrate to a target depth in the...
Anchor has been successively used as an in-situ soil reinforcement for more than two decades. The de...
Buried anchors have been used for thousands years to stabilize structures. Anchor plates may be made...
With the oil and gas exploration stepping into deeper water, taut mooring systems have become a popu...
Mooring systems typically consist of an anchor and a mooring line and chain that connect the anchor ...
Plate anchor is one of the most common varieties of anchors used in the construction and maintenance...
FLNG facilities present a more onerous anchoring requirement than existing floating structures. Opti...
Dynamically embedded plate anchors (DEPLAs) are a promising option for anchoring floating facilities...
Helical anchor consist of some steel shafts with a series of helical steel plates welded on a pitch....
Sustainable energy produced by offshore wind will likely increase as technology moves into deeper wa...
© 2018 ISRM International Symposium 2000, IS 2000. All rights reserved. The recent advances in groun...
This is the final version of the article. Available from ASME via the DOI in this recordOffshore fou...
Helical anchor consist of some steel shafts with a series of helical steel plates welded on a pitch....
This work presents a new macro-element model to predict the behaviour of Suction Embedded Plate Anch...