In this paper we discuss applicability and usability of three non-destructive methods for investigation of fatigue crack propagation in railway bridge structural elements subjected to the repetitive loading. These methods are: an optical method based on the digital image correlation, the active thermography method and the classical x-ray radiographic method
Due to the increasing volume of traffic, bridges are exposed to higher loads as it was considered du...
Master's thesis in Structural EngineeringThe repetitive cyclic loading are the main cause of fatigue...
In this work, a method is proposed for rolling contact fatigue crack propagation analysis using cont...
AbstractLong-standing steel bridges suffer fatigue cracks, which necessitate immediate inspection, s...
Abstract. A new remote nondestructive inspection technique, based on thermoelastic temperature measu...
A new remote nondestructive inspection technique, based on thermoelastic tempera...
Steel trusses are commonly used in the construction of railway bridge structures. Joints of the brid...
Crack formation and growth in steel bridge structural elements may be due to loading oscillations. T...
We address non-contact detection of defects in the railway rails under their dynamic loading and pro...
In order to design structural details of bridges for fatigue, the current version of the Eurocode fo...
Fatigue crack in rails and cyclic-loaded train parts is a contributory factor in multiple railroad a...
221991977Final rept.PDFTech ReportVTRC 99-CR3Steel structuresCrackingVirginiaVirginia Transportation...
As fatigue cracks were discovered under the bridge deck of the 48 years old railway bridge Linthkana...
The fatigue cracks are inevitably existed in steel bridges after they are working for a fairly short...
The primary objective of nondestructive testing and evaluation in metallic structural members is to ...
Due to the increasing volume of traffic, bridges are exposed to higher loads as it was considered du...
Master's thesis in Structural EngineeringThe repetitive cyclic loading are the main cause of fatigue...
In this work, a method is proposed for rolling contact fatigue crack propagation analysis using cont...
AbstractLong-standing steel bridges suffer fatigue cracks, which necessitate immediate inspection, s...
Abstract. A new remote nondestructive inspection technique, based on thermoelastic temperature measu...
A new remote nondestructive inspection technique, based on thermoelastic tempera...
Steel trusses are commonly used in the construction of railway bridge structures. Joints of the brid...
Crack formation and growth in steel bridge structural elements may be due to loading oscillations. T...
We address non-contact detection of defects in the railway rails under their dynamic loading and pro...
In order to design structural details of bridges for fatigue, the current version of the Eurocode fo...
Fatigue crack in rails and cyclic-loaded train parts is a contributory factor in multiple railroad a...
221991977Final rept.PDFTech ReportVTRC 99-CR3Steel structuresCrackingVirginiaVirginia Transportation...
As fatigue cracks were discovered under the bridge deck of the 48 years old railway bridge Linthkana...
The fatigue cracks are inevitably existed in steel bridges after they are working for a fairly short...
The primary objective of nondestructive testing and evaluation in metallic structural members is to ...
Due to the increasing volume of traffic, bridges are exposed to higher loads as it was considered du...
Master's thesis in Structural EngineeringThe repetitive cyclic loading are the main cause of fatigue...
In this work, a method is proposed for rolling contact fatigue crack propagation analysis using cont...