Capacity of single symmetric beam column jack-up chord

Stabilty data: Master's view

Principles of Naval Architecture, Second Revision. Volume 3: Motions in Waves and Controllability Chapter 8 Beck, R.F., Motions in Waves. Chapter 9 Crane, C.L., Controllability

Principles of Naval Architecture, Second Revision. Volume 1: Stability and Strength. Chapter 1 Hamlin, N.A., Ship Geometrie, Chapter 2 Golberg, L.L., Intact Stability, Chapter 3 Nickum, G.C., Subdivision and damage Stability, Chapter 4 Pauling, J.R., Strength of Ships

Principles of Naval Architecture, Second Revision. Volume 2: Resistance, Propulsion and Vibration Chapter 5 Manen, J.D. v, Resistance, Chapter 6 Manen, J.D. v, Propulsion, Chapter 7 Vorus, W.S., Vibration

Risk analysis future floating systems

The status of naval seakeeping research

Ship structural design for extreme loads

Study of combined wave and springing stress of the "Edward L. Ryerson"

Load criteria for ship structural design

The organization of shipbuilding research abroad and in the United States

Forces and moments on ships in a seaway

A theory for prediction of the off design performance of kort nozzle ducted propellers

Propeller vibration forces in single-screw ships

Predicting long term distributions of wave induced bending moments on ship hulls

Applying results of seakeeping research

Ship bending moments in irregular seas predicted from model tests

Research toward more efficient transportation by sea

Ship motions in oblique seas

Oblique wave testing at Davidson Laboratory