A non-linear, three dimensional time domain method is developed for the prediction of the motions of small icebergs in regular waves in the open sea and in the presence of a gravity based structure. This report describes the resulting changes to the theory intended to achieve closer comparison with experiment heave resonance.NRC publication: Ye
This report documents software for simulation of small ice masses in open water or near a cylindrica...
ABSTRACTA weakly nonlinear seakeeping methodology for predicting motions and loads is presented in t...
The application and development of a transient three-dimensional numerical code ITU-WAVE which is b...
This report analyzes the results of model tests investigating the wave-induced forces on a spherical...
This report presents the theoretical basis of software for motion simulation of small ice masses in ...
This report describes a theoretical investigation to examine the effect of body shallow submergence ...
Theoretical and experimental investigations have been conducted to examine the behaviour of small i...
An experimental and theoretical investigation to examine the nonlinear response of small ice masses ...
Estimation of iceberg impact load is an important design consideration for offshore structures in ic...
This paper is the third of a series covering investigations of the wave induced force and motion beh...
The drifting in waves of small icebergs, bergy bits and growlers presents significant hazards to nav...
The paper addresses the proximity effects of fixed and floating structures on ice masses floating in...
When studying the dynamics of ice-structure interaction, hydrodynamic effects are often ignored to s...
Impact loads on an offshore structure due to wave driven icebergs and bergy bits are an important de...
A time domain mathematical model is presented for the prediction of heave and pitch motions in regul...
This report documents software for simulation of small ice masses in open water or near a cylindrica...
ABSTRACTA weakly nonlinear seakeeping methodology for predicting motions and loads is presented in t...
The application and development of a transient three-dimensional numerical code ITU-WAVE which is b...
This report analyzes the results of model tests investigating the wave-induced forces on a spherical...
This report presents the theoretical basis of software for motion simulation of small ice masses in ...
This report describes a theoretical investigation to examine the effect of body shallow submergence ...
Theoretical and experimental investigations have been conducted to examine the behaviour of small i...
An experimental and theoretical investigation to examine the nonlinear response of small ice masses ...
Estimation of iceberg impact load is an important design consideration for offshore structures in ic...
This paper is the third of a series covering investigations of the wave induced force and motion beh...
The drifting in waves of small icebergs, bergy bits and growlers presents significant hazards to nav...
The paper addresses the proximity effects of fixed and floating structures on ice masses floating in...
When studying the dynamics of ice-structure interaction, hydrodynamic effects are often ignored to s...
Impact loads on an offshore structure due to wave driven icebergs and bergy bits are an important de...
A time domain mathematical model is presented for the prediction of heave and pitch motions in regul...
This report documents software for simulation of small ice masses in open water or near a cylindrica...
ABSTRACTA weakly nonlinear seakeeping methodology for predicting motions and loads is presented in t...
The application and development of a transient three-dimensional numerical code ITU-WAVE which is b...