Experimental validation of an adjustable railway fastening for slab track
A railway infrastructure capable of supporting a high frequency of light and heavy traffic, sometimes at high speed, requires the implementation of a high quality... Read More
Absorption and diffusion of humidity in fiberglass-reinforced polyamide
A statistical study of railway fastening insulating plates from various points of the Spanish territory reveals that high responsibility structural components injected with a hygroscopic... Read More
Dynamic behaviour of railway fastening setting pads
Thermoplastic elastomer railway pads, placed between the base of the steel rails and the prestressed concrete sleepers, play a major role in the general maintenance... Read More
Fatigue damage analysis based on energy parameters in reinforced polyamide
This article proposes an analysis method for the identification of the damage caused in a reinforced polyamide fatigue process through the evolution of the generated... Read More
Determination of the Paris’ law constants by means of infrared thermographic techniques
Determination of the Paris’ law constants requires the continuous measure of the crack length. This measure has usually been performed using methods based on electric... Read More
Study of mechanical properties of short fiber glass reinforced PA 6.6 recycled repeatedly
Some of the parts manufactured with engineering polymers such as short fiberglass reinforced polyamide (PA) are rejected for failing quality controls or are removed due... Read More
Dynamic behaviour of high-speed rail fastenings in the presence of desert sand
High-speed lines in Saudi Arabia are subjected to sandstorms. These environmental conditions are not established at laboratory level. This work studies the influence of the... Read More
Development of a methodology to study the hydrogen embrittlement of steels by means of the small punch test
Two different methodologies for analysing the deterioration of mechanical properties due to hydrogen embrittlement by means of the small punch test (SPT) have been studied.... Read More
Study of the energy for embrittlement damage initiation by SPT means. Estimation of KEAC in aggressive environments and rate considerations
There is large experience on the determination of crack propagation initiation parameters in SCC and HE scenarios by fracture mechanics tests. Although there are satisfying... Read More
Small punch test methodologies for the analysis of the hydrogen embrittlement of structural steels
In the present study, a new small punch test (SPT) methodology has been used to analyse the effect of hydrogen embrittlement on the tensile properties... Read More