Samsung Heavy Industries (SHI) and NRC?s Institute for Ocean Technology (IOT) collaborated on a project to predict the performance of a new design for a Suezmax size tanker that had acceptable open water performance but was also capable of operating in ice. The resulting hull form was a single screw, single rudder design with a bulbous bow, modified for operation in ice. An important design consideration is the ability of the ship to manoeuvre in different ice conditions. This paper presents the results of manoeuvring experiments in pack ice and level ice, using a free running model.Peer reviewed: YesNRC publication: Ye
Moored ships are believed to be feasible for marine operations in ice-covered waters. A variety of i...
Object and purpose of research. Object of the study is the analysis of aft shape effect of modern he...
This paper discusses some techniques developed to predict the propulsive performance of large icebre...
Samsung Heavy Industries (SHI) and NRC?s Institute for Ocean Technology (IOT) collaborated on a proj...
This paper discusses four designs for icebreaking tankers that have been developed by Samsung Heavy ...
In 1997, Samsung Heavy Industries became interested in applying its expertise in the design and cons...
The optimum design for an icebreaking tanker will depend on the trade route and the cargo delivery r...
When Arctic offshore development in the 1970s first led to consideration of ice capable tankers, the...
The cost evaluation for voyage route planning in an ice-covered sea is one of the major topics among...
The Institute for Ocean Technology of the National Research Council of Canada has conducted a series...
Maneuvers in level ice are common operations for icebreakers and polar supply vessels. Maneuvering e...
Propulsion model test results of the USCGC Healy are reported here and correlated with full-scale da...
In level ice, the maneuvering motion of icebreakers has a major influence on the global ice loads of...
Reliable modeling of ship maneuvers in ice is of great value for planning voyages, programming autom...
The growing interest in Arctic transportation and field logistics leads to an increasing demand for ...
Moored ships are believed to be feasible for marine operations in ice-covered waters. A variety of i...
Object and purpose of research. Object of the study is the analysis of aft shape effect of modern he...
This paper discusses some techniques developed to predict the propulsive performance of large icebre...
Samsung Heavy Industries (SHI) and NRC?s Institute for Ocean Technology (IOT) collaborated on a proj...
This paper discusses four designs for icebreaking tankers that have been developed by Samsung Heavy ...
In 1997, Samsung Heavy Industries became interested in applying its expertise in the design and cons...
The optimum design for an icebreaking tanker will depend on the trade route and the cargo delivery r...
When Arctic offshore development in the 1970s first led to consideration of ice capable tankers, the...
The cost evaluation for voyage route planning in an ice-covered sea is one of the major topics among...
The Institute for Ocean Technology of the National Research Council of Canada has conducted a series...
Maneuvers in level ice are common operations for icebreakers and polar supply vessels. Maneuvering e...
Propulsion model test results of the USCGC Healy are reported here and correlated with full-scale da...
In level ice, the maneuvering motion of icebreakers has a major influence on the global ice loads of...
Reliable modeling of ship maneuvers in ice is of great value for planning voyages, programming autom...
The growing interest in Arctic transportation and field logistics leads to an increasing demand for ...
Moored ships are believed to be feasible for marine operations in ice-covered waters. A variety of i...
Object and purpose of research. Object of the study is the analysis of aft shape effect of modern he...
This paper discusses some techniques developed to predict the propulsive performance of large icebre...