Elastic-plastic fracture mechanics Marine structural applications Part I A critical review

Fatigue prediction analysis validation from SL-7 hatch corner strain data

Performance of underwater weldments

Fatigue characterization of fabricated ship details Phase 2

Fracture control for fixed offshore structures

Investigation of steels for improved weldability in ship construction Phase III

Updating of fillet weld strength parameters for commercial shipbuilding

Analytical techniques for predicting grounded ship response

Survey on experience using reinforced concrete in floating marine structures

Analysis and assessment of major uncertainties associated with ship hull ultimate failure

Development of a plan to obtain in-service still water bending moment information for statistical characterization

Correlation of theoretical and measured hydrodynamic pressures for the SL-7 containership and the Great Lakes Bulk Carrier S.J. Cort

Fatigue considerations in view of measured load spectra

Ship structure committee long-range research plan Guidelines for program development

Fatigue characterization of fabricated ship details for design

A study of extreme waves and their effects on ship structure

Pressure distribution on models of the SL-7 containership and great lakes bulk carrier S.J. Cort in waves

Criteria for hull-machinery rigidity compability

Fatigue and fracture toughness characterization of swa and sma A537 class I ship-steel weldments

Evaluation of fracture criteria for ship steels and weldments