PUBLICACIÓN

Mecanismos de transporte de agua en hormigones reciclados

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Cantero B., Plaza P., Velardo P., Matias A., Sanchez de Rojas M.I., Saez del Bosque I.F., Medina C.

2018 REHABEND

CITAS

0

EID

2-s2.0-85057952006

ISSN

2386-8198

ISBN

[9788469770320, 9788469770320]

BIBTEX

@article{Cantero2018,title = {Mecanismos de transporte de agua en hormigones reciclados},journal = {REHABEND},year = {2018},number = {221479},pages = {1710-1719},author = {Cantero, B. and Plaza, P. and Velardo, P. and Mat{\'i}as, A. and S{\'a}nchez de Rojas, M.I. and S{\'a}ez del Bosque, I.F. and Medina, C.}}

AUTORES DE LA UEX

Agustín Matías Sánchez
César Medina Martínez
Isabel Fuencisla Sáez Del Bosque

OTRAS PUBLICACIONES DE INTERÉS

Report Of Rilem Tc 281-Ccc: Outcomes Of A Round Robin On The Resistance To Accelerated Carbonation Of Portland, Portland-Fly Ash And Blast-Furnace Blended Cements
Effect Of Incorporating Biomass Bottom Ash And Construction And Demolition Waste Powder On The Physical-Mechanical Properties And Micro-Structure Of Ternary-Blended Mortars
Recycled Eco-Concretes Containing Fine And/or Coarse Concrete Aggregates. Mechanical Performance
Effect Of Incorporating Biomass Bottom Ash And Construction And Demolition Waste Powder On The Physical-Mechanical Properties And Micro-Structure Of Ternary-Blended Mortars
Recycled Eco-Concretes Containing Fine And/or Coarse Concrete Aggregates. Mechanical Performance
The Influence Of Recycled Cement, Fly Ash, And Magnesium Oxide On The Mechanical Performance Of Sustainable Cementitious Materials
Recycled Eco-Concretes Containing Fine And/or Coarse Concrete Aggregates. Mechanical Performance
The Influence Of Recycled Cement, Fly Ash, And Magnesium Oxide On The Mechanical Performance Of Sustainable Cementitious Materials
Design And Evaluation Of Physical, Mechanical And Micro-Structural Properties Of Eco-Friendly Binary-Blended Mortars Using Biomass Bottom Ash Or Construction And Demolition Waste Powder
The Influence Of Recycled Cement, Fly Ash, And Magnesium Oxide On The Mechanical Performance Of Sustainable Cementitious Materials
Design And Evaluation Of Physical, Mechanical And Micro-Structural Properties Of Eco-Friendly Binary-Blended Mortars Using Biomass Bottom Ash Or Construction And Demolition Waste Powder
Development Of Eco-Cement From Recycled Low-Carbon Footprint By-Product
Design And Evaluation Of Physical, Mechanical And Micro-Structural Properties Of Eco-Friendly Binary-Blended Mortars Using Biomass Bottom Ash Or Construction And Demolition Waste Powder
Development Of Eco-Cement From Recycled Low-Carbon Footprint By-Product
Assessment Of Water Transport And Chemical Attack Of Meta-Illite Calcined Clay Blended Cement In High-Performance Concrete
Development Of Eco-Cement From Recycled Low-Carbon Footprint By-Product
Assessment Of Water Transport And Chemical Attack Of Meta-Illite Calcined Clay Blended Cement In High-Performance Concrete
Use Of Coarse Recycled Concrete Aggregates And Vitrified Msw Ash In Eco-Concrete Design
Assessment Of Water Transport And Chemical Attack Of Meta-Illite Calcined Clay Blended Cement In High-Performance Concrete
Use Of Coarse Recycled Concrete Aggregates And Vitrified Msw Ash In Eco-Concrete Design
Durability Of Eco-Efficient Binary Cement Mortars Based On Ichu Ash: Effect On Carbonation And Chloride Resistance
Use Of Coarse Recycled Concrete Aggregates And Vitrified Msw Ash In Eco-Concrete Design
Durability Of Eco-Efficient Binary Cement Mortars Based On Ichu Ash: Effect On Carbonation And Chloride Resistance
Report Of Rilem Tc 281-Ccc: Outcomes Of A Round Robin On The Resistance To Accelerated Carbonation Of Portland, Portland-Fly Ash And Blast-Furnace Blended Cements
Durability Of Eco-Efficient Binary Cement Mortars Based On Ichu Ash: Effect On Carbonation And Chloride Resistance
Report Of Rilem Tc 281-Ccc: Outcomes Of A Round Robin On The Resistance To Accelerated Carbonation Of Portland, Portland-Fly Ash And Blast-Furnace Blended Cements
Effect Of Incorporating Biomass Bottom Ash And Construction And Demolition Waste Powder On The Physical-Mechanical Properties And Micro-Structure Of Ternary-Blended Mortars
WEB ACCESIBLE