CUENCA ASENSIO, ESTEFANIA

CUENCA ASENSIO, ESTEFANIA  

DIPARTIMENTO DI INGEGNERIA CIVILE E AMBIENTALE  

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Risultati 1 - 20 di 26 (tempo di esecuzione: 0.046 secondi).
Titolo Data di pubblicazione Autori File
An application oriented state-of-art and research-need perspective on self-healing fibre-reinforced cementitious composites 1-gen-2020 Ferrara, LiberatoCuenca Asensio, EstefaniaLo Monte, Francesco +
AN EXPERIMENTAL METHODOLOGY TO ASSESS EFFECTS OF HEALING ON FREEZE-THAW DAMAGED ULTRA HIGH-PERFORMANCE CONCRETE 1-gen-2022 N. P. KannikachalamE. Cuenca AsensioL. Ferrara +
AN EXPERIMENTAL SET UP TO ASSESS THE EFFECTS OF CRACK SEALING ON THE CONCRETE-REINFORCEMENT BOND IN CHLORIDE ENVIRONMENTS 1-gen-2019 E. CuencaL. Ferrara +
Calibrating a crack self-healing kinetic law for Ultra High Performance Concrete from five years of experimental work in the Horizon 2020 ReSHEALience project 1-gen-2024 Z. HuangE. Cuenca AsensioL. Ferrara
Can we mitigate or eliminate size effect in shear by utilizing steel fibers? 1-gen-2011 Cuenca Asensio Estefania. +
Concept of Ultra High Durability Concrete for improved durability in chemical environments: Preliminary results 1-gen-2019 E. CuencaL. Ferrara +
EFFECTIVENESS OF SELF-HEALING TECHNOLOGIES IN CEMENT BASED MATERIALS: CONCEPT FOR AN INTER-LABORATORY EXPERIMENTAL EVALUATION BY MULTIPLE TEST METHODS. A PROPOSAL BY COST ACTION CA 15202 SARCOS 1-gen-2018 L. FerraraE. CuencaF. Lo Monte +
Experimental Characterization of the Self-Healing Capacity of Cement Based Materials: An Overview 1-gen-2018 Ferrara, LiberatoAsensio, Estefania CuencaMonte, Francesco Lo +
Influence of self-healing stimulated via crystalline admixtures on chloride penetration 1-gen-2018 E. CuencaL. Ferrara +
Influence of the fiber reinforcement in concrete under direct shear 1-gen-2014 Cuenca Asensio Estefania +
Mechanical and Durability Assessment of Concretes Obtained from Recycled Ultra-High Performance Concretes 1-gen-2021 Cuenca Asensio E.Ferrara L. +
Modelling the Effects of Crystalline-Stimulated Self-healing on Chloride Transportation into Cracked Concrete 1-gen-2024 Huang, ZhewenCuenca, EstefaniaFerrara, Liberato
Nanomaterials in concrete: a step forward in improving the durability of concrete structures 1-gen-2022 E. Cuenca AsensioL. Ferrara
Performance of concrete with and without crystalline admixtures under repeated cracking/healing cycles 1-gen-2018 Ferrara, LiberatoCuenca, Estefania +
Recycled Ultra High Performance Concrete (UHPC) as a Way to Reduce the Cement Demand in New UHPC 1-gen-2023 Ferrara, LiberatoCuenca, Estefania +
Repetitividad de la capacidad autorreparante de hormigones reforzados con fibras con aditivo cristalino 1-gen-2018 E. CuencaL. Ferrara +
Self-healing Capabilities of Ultra-High Performance Fiber Reinforced Concrete with Recycled Aggregates 1-gen-2023 Kannikachalam, Niranjan PrabhuCuenca, EstefaniaFerrara, Liberato +
Self-healing concrete vs. conventional waterproofing systems in underground structures: A cradle to gate LCA comparison with reference to a case study 1-gen-2019 E. Cuenca.G. DotelliL. Ferrara +
Self-healing Performance of Recycled UHPC Under Chloride Exposure 1-gen-2024 Davolio, MarcoCuenca, EstefaniaFerrara, Liberato +
Self-healing Stimulated by Crystalline Admixtures in Chloride Rich Environments: Is It Possible to Extend the Structure Service Life? 1-gen-2020 Cuenca, E.Ferrara, L. +