Physical model tests were carried out on a scale model of a semisubmersible and a monohull tanker in drifting pack ice. The tests covered a range of drift velocities, directions and ice concentrations. The models were tested in both a fully restrained and moored condition. Data from the experiments were used to develop a semi-empirical numerical model to predict maximum global loads on the mooring system. These results were compared with the maximum loads on the mooring system caused by hydrodynamic forces (waves and current) predicted from a linear numerical model for waves.NRC publication: Ye
Samsung Heavy Industries (SHI) and NRC?s Institute for Ocean Technology (IOT) collaborated on a proj...
This study simulated ice load and the motion response of a moored semi-submersible rig in pack-ice c...
Samsung Heavy Industries (SHI) and NRC?s Institute for Ocean Technology (IOT) collaborated on a proj...
Moored ships are believed to be feasible for marine operations in ice-covered waters. A variety of i...
A study was conducted to examine the interaction between a four column semi- submersible and pack ic...
Stationkeeping method is crucial for successful marine operations in ice-covered waters. Depending o...
The present work examines the loads on moored/DP-assisted drillships and their responses in managed ...
The effect of ice drift angle on a mooring hawser was investigated in a series of model tests, with ...
The dynamic ice forces on a moored icebreaking tanker induced by drifting level ice were simulated w...
The paper describes a numerical model of floating ice interaction with a moored structure. The model...
A series of tests in an ice tank was carried out using a model-scale ship to investigate the ice loa...
In light of the recent increasing interest in the oil and gas developments in the arctic region, Hui...
This paper presents a numerical model intended to simulate the mooring load and the dynamic response...
Several model-scale tests with a ship model have been performed in the ice tank of the Marine Techno...
This paper provides an illustration of how to assess acceptable ice conditions for vessel stationkee...
Samsung Heavy Industries (SHI) and NRC?s Institute for Ocean Technology (IOT) collaborated on a proj...
This study simulated ice load and the motion response of a moored semi-submersible rig in pack-ice c...
Samsung Heavy Industries (SHI) and NRC?s Institute for Ocean Technology (IOT) collaborated on a proj...
Moored ships are believed to be feasible for marine operations in ice-covered waters. A variety of i...
A study was conducted to examine the interaction between a four column semi- submersible and pack ic...
Stationkeeping method is crucial for successful marine operations in ice-covered waters. Depending o...
The present work examines the loads on moored/DP-assisted drillships and their responses in managed ...
The effect of ice drift angle on a mooring hawser was investigated in a series of model tests, with ...
The dynamic ice forces on a moored icebreaking tanker induced by drifting level ice were simulated w...
The paper describes a numerical model of floating ice interaction with a moored structure. The model...
A series of tests in an ice tank was carried out using a model-scale ship to investigate the ice loa...
In light of the recent increasing interest in the oil and gas developments in the arctic region, Hui...
This paper presents a numerical model intended to simulate the mooring load and the dynamic response...
Several model-scale tests with a ship model have been performed in the ice tank of the Marine Techno...
This paper provides an illustration of how to assess acceptable ice conditions for vessel stationkee...
Samsung Heavy Industries (SHI) and NRC?s Institute for Ocean Technology (IOT) collaborated on a proj...
This study simulated ice load and the motion response of a moored semi-submersible rig in pack-ice c...
Samsung Heavy Industries (SHI) and NRC?s Institute for Ocean Technology (IOT) collaborated on a proj...