Author: Spencer, J.M.A.

Number of items: 9.

Developments of time domain models of ships, 1997.
Spencer , J.M.A.
Technical Report. HR Wallingford . (1998)

DRIFTKEEL: a mathematical model of long period, second order forces on, and motion of, ships in shallow waters.
Spencer, J.M.A.
Technical Report. Hydraulics Research Wallingford. (1990)

Further tests of a directional wave recorder - the Sea Data 621.
Spencer, J.M.A.
Technical Report. HR Walingford. (1991)

Mathematical modelling of moored ships in the time domain.
Spencer, J.M.A.and Bowers, E.C.
Technical Report. Hydraulics Research Wallingford. (1986)

Mathematical simulations of a ship moored in waves and of the effects of a passing vessel on a moored ship.
Spencer, J.M.A.
Technical Report. Hydraulics Research Wallingford. (1988)

QUAYSHIP: a computer model of a ship against a quay in the presence of waves.
Lean, G.H.and Bowers, E.C. and Spencer , J.M.A.
Technical Report. Hydraulics Research Wallingford. (1990)

Simulating and passing ship interaction for harbour and navigation channel design.
Spencer, J.M.A.and McBride, M. and Shennan, D.
In: International Conference on Coastal Engineering 2008, 31 Aug - 5 Sept 2008, Hamburg, Germany. (2008)

Test on a directional wave recorder: the Sea Data 621.
Spencer, J.M.A.
Technical Report. Hydraulics Research Wallingford. (1988)

UNDERKEEL: a computer model for vertical ship movement in waves when the underkeel clearance is small.
Lean, G.H.and Bowers, E.C. and Spencer, J.M.A.
Technical Report. Hydraulics Research Wallingford. (1988)

This list was generated on Wed Mar 29 23:13:00 2017 BST.