Información del personal investigador

Authorship: D. THÖLKEN, J.E. ABDALLA FILHO, JOÃO C. POMBO, JOSE ADOLFO SAINZ-AJA GUERRA, ISIDRO ALFONSO CARRASCAL VAQUERO, JUAN ANTONIO POLANCO MADRAZO, AHMET F. ESEN, OMAR LAGHROUCHE, PETER KEITH WOODWARD

01/11/2021

Prediction of mechanical properties of rail pads under in-service conditions through machine learning algorithms

Article

Advances in Engineering Software, 2021, 151, 102927

Authorship: DIEGO FERREÑO BLANCO, JOSE ADOLFO SAINZ-AJA GUERRA, ISIDRO ALFONSO CARRASCAL VAQUERO, MIGUEL CUARTAS HERNANDEZ, JOAO POMBO, JOSE ANTONIO CASADO DEL PRADO, SORAYA DIEGO CAVIA

01/01/2021

Fatigue in recycled aggregate concrete for railway superstructure applications

Book part

Waste and Byproducts in Cement-Based Materials: Innovative Sustainable Materials for a Circular Economy

Authorship: JOSE ADOLFO SAINZ-AJA GUERRA, BLAS CANTERO, CARLOS THOMAS GARCIA, ISIDRO ALFONSO CARRASCAL VAQUERO, JESUS SETIEN MARQUINEZ, JUAN ANTONIO POLANCO MADRAZO, ANA ISABEL CIMENTADA HERNANDEZ, JOSE ANTONIO CASADO DEL PRADO

2021

Experimental Validation of a New Antivibration Elastomeric Material Fabricated from End-of-Life Tires for Slab Track Systems with Embedded Rail

Article

Journal of Testing and Evaluation

Authorship: JORGE GÓMEZ, JOSE ANTONIO CASADO DEL PRADO, ISIDRO ALFONSO CARRASCAL VAQUERO, SORAYA DIEGO CAVIA, DIEGO FERREÑO BLANCO, CATALINA MONDRAGÓN

2020

Dynamic calibration of slab track models for railway applications using full-scale testing

Article

Computers and Structures 228 (2020) 106180

Authorship: JOSE ADOLFO SAINZ-AJA GUERRA, J. POMBO, D. THOLKEN, ISIDRO ALFONSO CARRASCAL VAQUERO, JUAN ANTONIO POLANCO MADRAZO, DIEGO FERREÑO BLANCO, ALEJANDRO PEREZ NUÑEZ, J. E. ABDALA FILHO, A. ESEN, T. MAROLT CEBASEK, O. LAGHROUCHE, P. WOODWARD

01/02/2020

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Portal del personal investigador

ISIDRO ALFONSO CARRASCAL VAQUERO

Identifiers

Impact of hydrocarbon exposure on the mechanical properties of rail pads

Parametric analysis of railway infrastructure for improved performance and lower life-cycle costs using machine learning techniques

Degradation of the compression strength of spacers made of high-density pressboard used in power transformers under the influence of thermal ageing

Experimental dataset on the compressive mechanical properties of high-density pressboard used in power transformers spacers

The impact of thermal ageing on the compression strength of radial spacers in power transformers

Effect of temperature on fatigue behaviour of self-compacting recycled aggregate concrete

Impact of the use of vegetable oil on the mechanical failure of the cellulosic insulation of continuously transposed conductors in power transformers

Shannon entropy as a reliable score to diagnose human fibroelastic degenerative mitral chords: a micro-ct ex-vivo study

Influence of the Testing Procedure on the Value of the Impact Attenuation of Rail Fastening Systems: an Experimental Study

Mechanical performance of recycled reinforced polyamide from rejected railway fastenings flanged plates

Application of machine learning algorithms for the optimization of the fabrication process of steel springs to improve their fatigue performance

A modification of the Norris failure criterion for the prediction of the mechanical failure of the aged paper insulation in the windings of a power transformer

Study on the mechanical failure of the cellulosic insulation of continuously transposed conductors in power transformers under the influence of short circuits and thermal ageing

Experimental dataset on the tensile and compressive mechanical properties of plain Kraft and crepe papers used as insulation in power transformers after ageing in mineral oil

Fracture toughness as an alternative approach to quantify the ageing of insulation paper in oil

Kinetic assessment of mechanical properties of a cellulose board aged in mineral oil and synthetic ester

Effect of Steel Fibre Reinforcement on Flexural Fatigue Behaviour of Notched Structural Concrete

Machine learning algorithms for the prediction of the mechanical properties of railways' rail pads

Aging of recycled aggregates mortars by drying-wetting cycles

Three-dimensional modelling of slab-track systems based on dynamic experimental tests

Prediction of mechanical properties of rail pads under in-service conditions through machine learning algorithms

Fatigue in recycled aggregate concrete for railway superstructure applications

Experimental Validation of a New Antivibration Elastomeric Material Fabricated from End-of-Life Tires for Slab Track Systems with Embedded Rail

Dynamic calibration of slab track models for railway applications using full-scale testing

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