The hydrodynamic and dynamic motion analysis of a damaged ship

Optimized seakeeping subject to improved resistance and improved manoeuvrability

Simplified versus complex analysis of seakeeping and wavemaking resistance (in large post-panamax container ship design

Seakeeping theories: Spoilt for choice?

Finite depth and tank wall effects upon first and second-order forces

Low frequency damping: the development of its theoretical prediction

The influence of tank walls and bottom upon low-frequency damping

A comparative study of experimentally measured and theoretically predicted wave drift damping coefficients

Sensititvity of wave drift damping coefficient predictions to the hydrodynamic analysis models used in the added resistance gradient method

Wave drift damping influences upon the time domain simulations of moored structures

Added resistance gradient versus drift force gradient – based predictions of wave drift damping

Incorporating a seakeeping capability in a computer aided preliminary design system

Evaluation of low-frequency wave damping

Non-linear wave induced second order motions of floating and compliant structures

Low-frequency damping predictions: Assessing the choices

Far-field and near-field investigations of second-order force predictions

Practical seakeeping design tools for monohulls

Higher order boundary elements: a facilitating technique for advancing the modelling of the forward oscillating vessel interaction analysis

Higher order boundary elements: An applicable concept for hydrodynamic analysis

Hydrodynamic models and their influence on added resistance predictions