Methods of probanbility design and statistical control of reinforced concrete and composite structures lead to material economy and increase in reliability of buildings and constructions. Limit states of construction are to be caused by loads and materialcharacteristics as well as by unfavourable environmental conditions. Methods of assessment, and reliability of statically determined and undetermined systems are discussed. the reliability analysis of structural elements is based on dispersion of material strength properties and geometrical characteristics of elements
The application of probabilistic methods in the design of reinforced concrete structures has paramou...
The potential of new fully probabilistic methods and powerful computers makes assumptions for appli...
A numerical approach to the reliability analysis of reinforced and prestressed concrete structures i...
reliability-based methodology for the assessment and evaluation of reinforced concrete (R/C) structu...
The possibilities of using methods of a reliability theory are considered from the point of view of ...
Eurocod PN-EN 1990 „The basis for structural design” includes general principles for the differentia...
A probabilistic static stress analysis methodology has been developed to estimate the reliability of...
In four studies, the live load factors for the design of reinforced concrete (RC) structures, and th...
The reliability level of reinforced concrete structures, designed according to current non-linear de...
The article presents the results of reliability analysis of reinforced concrete structures designed ...
The basic European standard for design of buildings and other engineering works, EN 1990 "Basis of s...
The strength of reinforced concrete depends on the member dimensions and material properties. The pr...
The need of improvements in engineering designs especially with composite materials is nowadays a ma...
The mechanical (structural) reliability of a building, safety of people and continuity of the techno...
Design of reinforced concrete (RC) structures according to traditional method involves several kinds...
The application of probabilistic methods in the design of reinforced concrete structures has paramou...
The potential of new fully probabilistic methods and powerful computers makes assumptions for appli...
A numerical approach to the reliability analysis of reinforced and prestressed concrete structures i...
reliability-based methodology for the assessment and evaluation of reinforced concrete (R/C) structu...
The possibilities of using methods of a reliability theory are considered from the point of view of ...
Eurocod PN-EN 1990 „The basis for structural design” includes general principles for the differentia...
A probabilistic static stress analysis methodology has been developed to estimate the reliability of...
In four studies, the live load factors for the design of reinforced concrete (RC) structures, and th...
The reliability level of reinforced concrete structures, designed according to current non-linear de...
The article presents the results of reliability analysis of reinforced concrete structures designed ...
The basic European standard for design of buildings and other engineering works, EN 1990 "Basis of s...
The strength of reinforced concrete depends on the member dimensions and material properties. The pr...
The need of improvements in engineering designs especially with composite materials is nowadays a ma...
The mechanical (structural) reliability of a building, safety of people and continuity of the techno...
Design of reinforced concrete (RC) structures according to traditional method involves several kinds...
The application of probabilistic methods in the design of reinforced concrete structures has paramou...
The potential of new fully probabilistic methods and powerful computers makes assumptions for appli...
A numerical approach to the reliability analysis of reinforced and prestressed concrete structures i...
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