Offshore compliant structures such as guyed platforms, tension leg platforms and articulated
towers are economically attractive for deep-water conditions because of their reduced …

The paper presents numerical analyses of a pile supported Tension Leg Platform (TLP) wind
turbine, during seismic loading and seabed liquefaction, taking consistently into account the …

The response of pile supported Tension Leg Platforms during seismic loading and seabed
liquefaction is analyzed numerically, taking consistently into account the pile-tendon …

TLPs are compliant structures designed to withstand moderate loads without damage and
severe loads without seriously endangering the occupants. Dynamic behavior of TLPs under …

A numerical model is formulated for the nonlinear random vibrations of the offshore floating
structures moored by cables under seismic and sea wave excitations. The upper end of …

Oil and gas production from deep-water offshore fields represent a major structural
engineering challenge for the industry. The tension leg platform (TLP) is a well-established …

This monograph provides a general background to the modelling of a special class of
offshore structures known as compliant structures. External forcing is resisted by buoyancy …

This paper presents performance metrics that can be used to evaluate the response
sensitivity of a tension leg platform (TLP) to its tendons. An uncoupled TLP model ignores …

A numerical model is constructed for carrying out the nonlinear random vibrations of 3D
floating structures moored by cables under seismic and wave excitations. The floating …

As a typical complaint offshore structure, the tension leg platform (TLP) has been observed
that it is very sensitive to the state of its foundations where the seabed is seismically active …