[HTML][HTML] Whole-life modelling of anchor capacity for floating systems: The RSNCSI approach
Successive episodes of cyclic loading cause the strength of soft soils to reduce, through
pore pressure build-up, and then recover, through consolidation, as shown by model testing …
pore pressure build-up, and then recover, through consolidation, as shown by model testing …
[HTML][HTML] A surrogate model to efficiently predict changing strength and stiffness of soft soils through whole-life episodic cyclic loading
Whole-life geotechnical design accounts for the evolution of geotechnical properties due to
the actions imparted on the infrastructure during the design life to improve design outcomes …
the actions imparted on the infrastructure during the design life to improve design outcomes …
Design benefits for plate anchors for floating offshore wind through coupling floater, mooring and geotechnical responses
This study presents analysis of a floating offshore wind system to illustrate methodologies for
reducing the mooring loads transmitted to the anchor and the required anchor size. These …
reducing the mooring loads transmitted to the anchor and the required anchor size. These …