ABSTRACT: Fatigue life of RC bridge deck slab is simulated with full 3D nonlinear finite element analysis which fully traces mechanical damage and plasticity under high cycle repetition of loads in use of logarithmic accelerated time integration. The damaging process under the wheel type moving load is described. The influencing factors, i.e., thickness of slab, reinforcement arrangement, pre-stressing level and traffic conditions are examined separately by controlling effective variables. In addition, effect of water is shown in fatigue analysis of a simple beam model. In this study, future possibility of this simulation technology is discussed in line with infrastructure management for real structures
The work provides methods for non-linear structural analysis and fatigue safety evaluation in assess...
A high number of concrete bridges that were built in the Netherlands around half a century ago and w...
Deterioration of concrete bridge decks affects their durability, safety, and function. It is therefo...
ABSTRACT: Fatigue life of RC bridge deck slab is simulated with full 3D nonlinear finite element ana...
ABSTRACT: Fatigue life of RC bridge deck slab is simulated with full 3D nonlinear finite element ana...
Fatigue life of RC bridge deck slab is simulated with full 3D nonlinear finite element analysis whic...
AbstractInitial defects and water have a significant influence on the fatigue behavior of RC bridge ...
This study proposes approximate boundary conditions for a panel reinforced concrete (RC) slab to sim...
A damage progress of RC slab which had been obtained in past experiments under the high cycle moving...
Assessment of existing fatigued structures is an important aspect of civil engineering infrastructur...
Steel and composite (steel-concrete) highway bridges are currently subjected to dynamic actions of v...
Stagnant water on reinforced concrete (RC) decks reduces their life significantly compared to the ca...
This study aims to improve the operational safety of reinforced concrete-ribbed beam bridge decks an...
In order to study the residual bearing capacity of the carriageway slab of a reinforced concrete rib...
AbstractInitial defects and water have a significant influence on the fatigue behavior of RC bridge ...
The work provides methods for non-linear structural analysis and fatigue safety evaluation in assess...
A high number of concrete bridges that were built in the Netherlands around half a century ago and w...
Deterioration of concrete bridge decks affects their durability, safety, and function. It is therefo...
ABSTRACT: Fatigue life of RC bridge deck slab is simulated with full 3D nonlinear finite element ana...
ABSTRACT: Fatigue life of RC bridge deck slab is simulated with full 3D nonlinear finite element ana...
Fatigue life of RC bridge deck slab is simulated with full 3D nonlinear finite element analysis whic...
AbstractInitial defects and water have a significant influence on the fatigue behavior of RC bridge ...
This study proposes approximate boundary conditions for a panel reinforced concrete (RC) slab to sim...
A damage progress of RC slab which had been obtained in past experiments under the high cycle moving...
Assessment of existing fatigued structures is an important aspect of civil engineering infrastructur...
Steel and composite (steel-concrete) highway bridges are currently subjected to dynamic actions of v...
Stagnant water on reinforced concrete (RC) decks reduces their life significantly compared to the ca...
This study aims to improve the operational safety of reinforced concrete-ribbed beam bridge decks an...
In order to study the residual bearing capacity of the carriageway slab of a reinforced concrete rib...
AbstractInitial defects and water have a significant influence on the fatigue behavior of RC bridge ...
The work provides methods for non-linear structural analysis and fatigue safety evaluation in assess...
A high number of concrete bridges that were built in the Netherlands around half a century ago and w...
Deterioration of concrete bridge decks affects their durability, safety, and function. It is therefo...