On April 12, 1986, the Molikpaq, a caisson-type offshore drilling structure, experienced a series of loading events when second-year and multi-year ice moved against the structure. The highest loads that the Molikpaq experienced during the 1985\u201386 season were during this day. Extensive ice thickness measurements had been taken in the ice around the Molikpaq prior to April 12. Thickness of up to 6 m were measured and 8 to 12 m estimated for a multi-year hummock. MEDOF panels on the outer face of the caisson and strain gauges on inner bulkheads of the structure were the primary instrumentation used to calculate forces on the faces. Detailed analysis of strain gauge and extensometer data indicated that the maximum global force on the Moli...
A Joint Industry Project (JIP) was conducted in 2007 to determine the degree of consensus of leading...
Much attention has been given to the dynamic ice-structure interaction of the Molikpaq caisson which...
A probabilistic model for ice forces on a caisson platform in the Beaufort Sea was used to evaluate ...
On May 12, 1986, the offshore structure Molikpaq was hit by a large floe containing a mix of thick f...
The Molikpaq drilling platform, a steel annulus filled with sand, 90 m wide, was deployed at the Ama...
The Molikpaq is a steel caisson structure that was used in the 1980s in the Canadian Beaufort Sea fo...
The Amauligak I-65 deployment of the Molikpaq for the winter of 1985/86 provides a good source of lo...
This paper presents a comprehensive overview of the characteristics, instrumentation and measured ic...
The Molikpaq steel caisson structure was used for exploratory drilling for four winters in the Canad...
This report presents a comprehensive overview of the characteristics, instrumentation and measured i...
The Beaufort Sea is located north of Northwest Territories, the Yukon and Alaska, and west of Banks ...
This report to the National Energy Board presents a compendium of ice loading events experienced by ...
Grounded ice rubble is known to reduce ice loads on offshore structures, but there is little quantit...
As part of the environmental monitoring program that supported drilling operations from the Molikpaq...
Maximum effective ice pressures of 0.8 to 1.1 MPa were measured on a 90m wide caisson in the Beaufor...
A Joint Industry Project (JIP) was conducted in 2007 to determine the degree of consensus of leading...
Much attention has been given to the dynamic ice-structure interaction of the Molikpaq caisson which...
A probabilistic model for ice forces on a caisson platform in the Beaufort Sea was used to evaluate ...
On May 12, 1986, the offshore structure Molikpaq was hit by a large floe containing a mix of thick f...
The Molikpaq drilling platform, a steel annulus filled with sand, 90 m wide, was deployed at the Ama...
The Molikpaq is a steel caisson structure that was used in the 1980s in the Canadian Beaufort Sea fo...
The Amauligak I-65 deployment of the Molikpaq for the winter of 1985/86 provides a good source of lo...
This paper presents a comprehensive overview of the characteristics, instrumentation and measured ic...
The Molikpaq steel caisson structure was used for exploratory drilling for four winters in the Canad...
This report presents a comprehensive overview of the characteristics, instrumentation and measured i...
The Beaufort Sea is located north of Northwest Territories, the Yukon and Alaska, and west of Banks ...
This report to the National Energy Board presents a compendium of ice loading events experienced by ...
Grounded ice rubble is known to reduce ice loads on offshore structures, but there is little quantit...
As part of the environmental monitoring program that supported drilling operations from the Molikpaq...
Maximum effective ice pressures of 0.8 to 1.1 MPa were measured on a 90m wide caisson in the Beaufor...
A Joint Industry Project (JIP) was conducted in 2007 to determine the degree of consensus of leading...
Much attention has been given to the dynamic ice-structure interaction of the Molikpaq caisson which...
A probabilistic model for ice forces on a caisson platform in the Beaufort Sea was used to evaluate ...