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scopus(13)
Determination of loading protocol and stop criteria for proof loading with beam tests
Conference ObjectAbstract: Proof loading of existing bridges is an interesting option when insufficient information about a briPalabras claves:Beam test, Flexure, load testing, shear, Stop criteriaAutores:Cor van der Veen, DE BOER A., Eva Olivia Leontien Lantsoght, Hordijk D.A., Yang Y.Fuentes:scopusMonitoring structural responses during load testing of reinforced concrete bridges: a review
ArticleAbstract: Nowadays, with the aging of the bridges and the advancements in technology, load testing has emergedPalabras claves:concrete bridge, diagnostic load tests, load testing, measuring techniques, proof load tests, sensor selectionAutores:Eva Olivia Leontien Lantsoght, Yang Y., Zarate Garnica G.I.Fuentes:scopusProof load testing of the viaduct De Beek
Conference ObjectAbstract: Proof load testing can be a suitable method to show that a bridge can carry the required loads fromPalabras claves:bending moment capacity, Existing bridges, load testing, proof load testing, Reinforced concrete bridges, sensors, Slab bridgesAutores:Cor van der Veen, DE BOER A., Eva Olivia Leontien Lantsoght, Hordijk D.A., Koekkoek R.T., Yang Y.Fuentes:scopusOptimizing Finite Element Models for Concrete Bridge Assessment With Proof Load Testing
ArticleAbstract: Proof load testing of existing reinforced concrete bridges is becoming increasingly important as thePalabras claves:assessment, Bridge evaluation, concrete bridges, Field testing, Finite Element Modeling, load testing, Optimization, proof load testingAutores:Cor van der Veen, DE BOER A., Eva Olivia Leontien Lantsoght, Hordijk D.A.Fuentes:scopusRating of concrete road bridges with static proof load tests
Conference ObjectAbstract: Nowadays, finite element analyses provide information about the performance of a structure, but theyPalabras claves:Codes of practice, Field testing, Finite Element Modeling, load testing, measurements, proof load testing, Reinforced concrete bridgesAutores:Eva Olivia Leontien Lantsoght, Halicka A., Hordijk D.A.Fuentes:scopusField assessment of a concrete bridge
Book PartAbstract: This chapter discusses a case study of the field assessment through visual inspection and load testiPalabras claves:concrete bridges, Field assessment, load testing, Material degradationAutores:Eva Olivia Leontien LantsoghtFuentes:scopusShear capacity of the ruytenschildt bridge
Conference ObjectAbstract: In August 2014, the Ruytenschildt Bridge, a reinforced concrete solid slab bridge (reinforced with pPalabras claves:bridges, Field testing, load testing, shear, SlabsAutores:Cor van der Veen, DE BOER A., Eva Olivia Leontien LantsoghtFuentes:scopusTowards standardisation of proof load testing: pilot test on viaduct Zijlweg
ArticleAbstract: Proof load tests of bridges can be very useful for structures with a lack of information, or for strPalabras claves:concrete bridges, instrumentation, load testing, proof load testing, Slabs, viaductsAutores:DE BOER A., Eva Olivia Leontien Lantsoght, Hordijk D.A., Koekkoek R.T.Fuentes:scopusLoad Testing of a Deteriorated Prestressed Concrete Girder Bridge Without Plans
Conference ObjectAbstract: In this study, a prestressed concrete girder bridge without plans and with severe levels of deteriorPalabras claves:dynamic characterization, load distribution factors, load testing, prestressed concrete girder bridge, strain measurement, visual inspectionAutores:Castellanos-Toro S., Eva Olivia Leontien Lantsoght, Marulanda J., Millán D., Ortiz A.R., Thomson P.Fuentes:scopusMulti-level decision-making strategy for preparation of proof load and failure tests
ArticleAbstract: Load testing and in some cases failure (or collapse) testing of bridges is a method to learn more abPalabras claves:assessment, Bending moment, Collapse testing, concrete bridges, Existing bridges, Failure testing, Finite Element Modeling, load testing, shearAutores:Cor van der Veen, Eva Olivia Leontien Lantsoght, Yang Y.Fuentes:scopus