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Marine Structures Research Recommendations Recommendations for the Interagency Ship Structure Committee's FY 1995 and Later-Years Research Program (1995) / Chapter Skim
Currently Skimming:

REVIEW OF COMPLETED PROJECTS
Pages 85-92

The Chapter Skim interface presents what we've algorithmically identified as the most significant single chunk of text within every page in the chapter.
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From page 85...
... 20593-0001. TABLE 5 Completed Projects Number Project Title Page SR-1338 SR-1339 SR-1341 SR-1342 SR-1346 SR-1348 SR-1350 SR-1351 SR-1353 Uncertainty in Strength Models for Marine Structures Effect of High-strength Steels on Strength Considerations of Design and Construction Details of Ships Residual Strength Assessment for Damaged Marine Structures Hydrodynamic Impact on Displacement Ship Hulls Improved Ship Hull Structural Details Relative to Fatigue Measurement of Ice Loads on Ship Structures .
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From page 86...
... Summary The report provides a methodology for the modeling and analysis of uncertainties in strength parameters that are suitable for the development of a reliabilitybased design method for ship structures. The report identifies the failure modes of principal structural members of ships that involve modeling uncertainty and, based on a review of sufficient test data, demonstrates the methodology.
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From page 87...
... Rosenblatt & Son, New York, New York Objective Assess the state of the art in estimating forebody hydrodynamic impacts on displacement ship hulls, and clevelop a plan for future research on hydrodynamic impact loadings on marine structures. The plan must address slamming, wave slap, and Frontal" impacts.
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From page 88...
... Summary The report presents a fatigue design strategy for welded ship structural details that is based on cumulative damage theory using nominal stress. The approach is modified to account for the complex geometry of welded structural details of ships.
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From page 89...
... Contractor Designers and Planners, Tnc., Arlington, Virginia Objective Evaluate the effects of loadings such as vertical shear, membrane stress, and torsion in the mathematic mode] for stress analysis of stiffened plate panels, and propose revised design criteria as warranted.
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From page 90...
... The report categorizes human factors, considers relevant case studies, identifies qualitative and quantitative processes for evaluating the incidence and effects of human error, studies the impacts of human error on design guidelines, and evaluates how marine critical structural components and systems should be designed to accommodate human and organizational errors. The report also recommends fundamental approaches to improve the management of human and organizational errors in design and construction.
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From page 91...
... * Proceedings and Summa~y of National Conference on Use of C Washington, D.C.: National Academy Press.
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Key Terms

  • technical adviser
  • project chair
  • human error
  • residual strength
  • design criteria

  • structural details
  • ship structures
  • hydrodynamic impact
  • stiffened plate
  • plate panels

  • report identifies
  • displacement ship
  • damaged marine
  • strength assessment
  • ship hulls

  • objective develop
  • details relative
  • ship structure
  • american bureau
  • improved ship

  • hull structural
  • ice loads
  • impact loads
  • ship hull
  • alternative structural

  • vertical shear
  • adviser paul
  • strength models
  • adviser maria
  • fatigue design


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