Add to ORKGThis report presents the results of seakeeping experiments in large amplitude waves carried out on existing fishing vessel model M4555A in the IMD OEB July 27-August 10, 1998. These experiments were carried out for the purpose of providing a basis for validation of software at MUN and DalTech to examine the stability safety of ships in extreme seas. The raw data is available in digital form on CD to researchers upon request.NRC publication: Ye
Motions and stability of a typical B.C. fishing vessel were experimentally and numerically investiga...
This report describes the model tests that were conducted in the OEB (Offshore Engineering Basin) at...
Actual sea waves and vessel motion are an unsteady nonlinear random process. The currently adopted t...
This report describes one of many experiments that fall under the Safer Fishing Vessel Seakeeping (S...
The ?Atlantic Swell? is a 35? inshore fishing vessel. The vessel was built in St. Jones Within, Newf...
This report describes a set of irregular wave seakeeping experiments carried out as part of the Fish...
The continuing loss of life at sea due to the capsizing of fishing vessels in inclement weather requ...
This report describes manoeuvring experiments carried out on the 65 ft. (19.81 m) long fishing vesse...
This report describes seakeeping experiments carried out on the 75 ft. (22.86 m) research vessel CCG...
As part of the Fishing Vessel Safety Project, the objective of this project was to acquire full-scal...
This report describes seakeeping experiments carried out on the 35 ft. (10.67 m) long inshore fishin...
The effect of water flow on deck on ship motions is significant for ships, especially for small vess...
This report describes seakeeping experiments carried out on the 65 ft. (19.81 m) long inshore fishin...
Over the last two years, the Institute for Ocean Technology (IOT) has participated in seakeeping tri...
This report describes seakeeping experiments carried out on the 65 ft. (19.81 m) long fishing vessel...
Motions and stability of a typical B.C. fishing vessel were experimentally and numerically investiga...
This report describes the model tests that were conducted in the OEB (Offshore Engineering Basin) at...
Actual sea waves and vessel motion are an unsteady nonlinear random process. The currently adopted t...
This report describes one of many experiments that fall under the Safer Fishing Vessel Seakeeping (S...
The ?Atlantic Swell? is a 35? inshore fishing vessel. The vessel was built in St. Jones Within, Newf...
This report describes a set of irregular wave seakeeping experiments carried out as part of the Fish...
The continuing loss of life at sea due to the capsizing of fishing vessels in inclement weather requ...
This report describes manoeuvring experiments carried out on the 65 ft. (19.81 m) long fishing vesse...
This report describes seakeeping experiments carried out on the 75 ft. (22.86 m) research vessel CCG...
As part of the Fishing Vessel Safety Project, the objective of this project was to acquire full-scal...
This report describes seakeeping experiments carried out on the 35 ft. (10.67 m) long inshore fishin...
The effect of water flow on deck on ship motions is significant for ships, especially for small vess...
This report describes seakeeping experiments carried out on the 65 ft. (19.81 m) long inshore fishin...
Over the last two years, the Institute for Ocean Technology (IOT) has participated in seakeeping tri...
This report describes seakeeping experiments carried out on the 65 ft. (19.81 m) long fishing vessel...
Motions and stability of a typical B.C. fishing vessel were experimentally and numerically investiga...
This report describes the model tests that were conducted in the OEB (Offshore Engineering Basin) at...
Actual sea waves and vessel motion are an unsteady nonlinear random process. The currently adopted t...