Add to ORKGMethodological aspects of forecasting fatigue fracture propagation in various constructive elements of the sea transport are investigated. General methodology for such calculations, and conceptual forecast algorithm of crack growth in the ship hull structures with numerical methods of strength analysis are offered
Fatigue cracks can be observed quite frequently on today’s ocean crossing vessels. To ensure the saf...
Most damages to structural components of ships are due to fatigue phenomena. Particular care should...
A comparative study on fatigue strength assessment procedures used by the classification societies h...
Methodological aspects of forecasting fatigue fracture propagation in various constructive elements ...
Fatigue cracks can be observed quite frequently on today’s ocean crossing vessels. To ensure the saf...
Due to the affects of working conditions, ship and offshore structures are suffered from various loa...
The ship structural integrity plays a significant role in ship structural safety and environmental p...
Welding defects are known to cause crack propagation and reduce structural fatigue performance. Base...
The structural flexibility of modern (container) ship structures subjected to wave loading condition...
Cyclic loads represent a typical demand on ship structures, and all the stress concentration zones (...
This objective of this thesis has been the development of methodologies to attain and maintain the f...
As a result of the wide use of high-tensile steel and the imperfect fabrication process in ship cons...
The quality of technological and welding processes of ship structures largely determines their relia...
Specialized procedures to help in the emergency response situations following ship accidents have be...
This paper researches and summarizes the state of the art concerning the reliability analysis of hul...
Fatigue cracks can be observed quite frequently on today’s ocean crossing vessels. To ensure the saf...
Most damages to structural components of ships are due to fatigue phenomena. Particular care should...
A comparative study on fatigue strength assessment procedures used by the classification societies h...
Methodological aspects of forecasting fatigue fracture propagation in various constructive elements ...
Fatigue cracks can be observed quite frequently on today’s ocean crossing vessels. To ensure the saf...
Due to the affects of working conditions, ship and offshore structures are suffered from various loa...
The ship structural integrity plays a significant role in ship structural safety and environmental p...
Welding defects are known to cause crack propagation and reduce structural fatigue performance. Base...
The structural flexibility of modern (container) ship structures subjected to wave loading condition...
Cyclic loads represent a typical demand on ship structures, and all the stress concentration zones (...
This objective of this thesis has been the development of methodologies to attain and maintain the f...
As a result of the wide use of high-tensile steel and the imperfect fabrication process in ship cons...
The quality of technological and welding processes of ship structures largely determines their relia...
Specialized procedures to help in the emergency response situations following ship accidents have be...
This paper researches and summarizes the state of the art concerning the reliability analysis of hul...
Fatigue cracks can be observed quite frequently on today’s ocean crossing vessels. To ensure the saf...
Most damages to structural components of ships are due to fatigue phenomena. Particular care should...
A comparative study on fatigue strength assessment procedures used by the classification societies h...