Modelos de evaluación y gestión del entorno construido
Ecodiseño en materiales, sistemas constructivos y entorno construido
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Analysis of Reinforced Concrete Components Containing Electric Arc Furnace Slag Lecture Notes in Civil Engineering / 4th fib International Conference on Concrete Sustainability (ICCS2024), 2024; 2, 234 - 241 - 978-3-031-80723-7
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Suitability of concrete produced with high contents of crushed wind-turbine blade Sixth International Conference on Sustainable Construction Materials and Technologies., 2024; ISSN 2515-3048
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Design of sustainable mortars for use in structural rehabilitation works REHABEND 2024 Construction Pathology, Rehabilitation Technology and Heritage Management, 2024; 1315 - 1322 - 978-84-09-58989-0
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Evaluación del efecto de las variaciones de humedad en el comportamiento del hormigón con triturado de pala de aerogenerador Congreso Nacional de Materiales CNMAT, 2024; 978-84-09-57262-5
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Efecto del choque térmico en el comportamiento de hormigón con triturado de pala de aerogenerador Congreso Nacional de Materiales CNMAT, 2024; 978-84-09-57262-5
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Fibre cement reinforced mortar as strengthening solution in decayed structural concretes Congreso Nacional de Materiales CNMAT, 2024; 978-84-09-57262-5
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25 Years Working with Green Steel Slag Concrete Building for the Future: Durable, Sustainable, Resilient., 2023; 2, 816 - 825 - 978-3-031-32510-6
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Austenitic and Lean Duplex Stainless Steel Rebars in Concrete Under Simultaneous Load and Marine Corrosion Effect: A Service Lifetime Study Building for the Future: Durable, Sustainable, Resilient., 2023; 2, 582 - 591 - 978-3-031-32510-6
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SIDERURGICAL MORTARS IN SPAIN: REHABILITATION OPPORTUNITIES AND AN OVERVIEW OF PROGRESS REHABEND Construction Pathology, Rehabilitation Technology and Heritage Management, 2022; 1436 - 1443 - 978-84-09-42252-4 (Print) / 978-84-09-42253-1 (Digital)
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VALIDATION OF ULTRASONIC PULSE TO QUALITY CONTROL OF RECYCLED AGGREGATE SELF-COMPACTING CONCRETE REHABEND Construction Pathology, Rehabilitation Technology and Heritage Management, 2022; 761 - 769 - 978-84-09-42252-4 (Print) / 978-84-09-42253-1 (Digital)
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HOW ARE HEAT WAVES PUTTING AT RISK HISTORIC URBAN AREAS? FIRST STEPS FOR DEVELOPING RISK ASSESSMENT METHODOLOGIES REHABEND Construction Pathology, Rehabilitation Technology and Heritage Management, 2022; 1114 - 1121 - 978-84-09-42252-4 (Print) / 978-84-09-42253-1 (Digital)
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ESTUDIO CONSTRUCTIVO DE LA CASA DE NÁUFRAGOS DEL PUERTO DE BILBAO REHABEND Construction Pathology, Rehabilitation Technology and Heritage Management, 2022; 577 - 586 - 978-84-09-42252-4 (Print) / 978-84-09-42253-1 (Digital)
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AN OVERVIEW OF SUSTAINABLE CONCRETES WITH MAXIMIZED AGGREGATE CONTENT: NATURAL LIMESTONE VERSUS STEEL-MAKING SLAGS REHABEND Construction Pathology, Rehabilitation Technology and Heritage Management, 2022; 1634 - 1642 - 978-84-09-42252-4 (Print) / 978-84-09-42253-1 (Digital)
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RECUPERACIÓN INTEGRAL DE LA ERMITA DE SAN BLAS EN BROTO-HUESCA REHABEND Construction Pathology, Rehabilitation Technology and Heritage Management, 2022; 2084 - 2095 - 978-84-09-42252-4 (Print) / 978-84-09-42253-1 (Digital)
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DOS ICONOS DEL PATRIMONIO INDUSTRIAL DE BILBAO: CHIMENEA DE ETXEBARRIA Y GRÚA DE ZORROZA REHABEND Construction Pathology, Rehabilitation Technology and Heritage Management, 2022; 246 - 256 - 978-84-09-42252-4 (Print) / 978-84-09-42253-1 (Digital)
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REHABILITACIÓN DEL PUENTE DE TXATXARRAMENDI EN BUSTURIA- SUKARRIETA (BIZKAIA) REHABEND Construction Pathology, Rehabilitation Technology and Heritage Management, 2022; 2139 - 2147 - 978-84-09-42252-4 (Print) / 978-84-09-42253-1 (Digital)