Gonzalo Ruiz

Catedrático de Universidad / Full Professor

University of Castilla-La Mancha

Spain

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Gonzalo Ruiz is a Full Professor at Universidad de Castilla-La Mancha in Spain. His research focuses on innovative methodologies for concrete design and the mechanical properties of self-compacting concrete, with recent publications addressing eco-sustainable practices and advanced materials. His work includes studies on the use of mineral additions and nanosilica in concrete composites, as well as the impact of various aggregates on concrete performance.

Gonzalo Ruiz

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Articles (20)

Mineral additions as pigments and mechanical property enhancers in self-compacting natural hydraulic lime concrete

Nanosilica synergy: unveiling the strength and fracture mechanisms in advanced concrete composites

Design of Eco-Sustainable Self-Compacting Lime-Based Concretes with Pozzolanic and Hydraulic Additions for Structural Use

Optimizing constituent ranges in self-compacting steel-fiber reinforced concrete: A methodological approach

Innovative Mix Design Methodologies for Self-Compacting Lime Concrete Toward Sustainable Construction

Characterization of the shape and size of coarse aggregates by photogrammetry for the design of self-compacting concretes

Multiscale analysis of carbon microfiber reinforcement on fracture behavior of ultra-high-performance concrete

Modeling the flexural behavior of concrete sections with longitudinal reinforcement and steel fibers using Fracture Mechanics concepts

New Mix Design Methodology for Natural Hydraulic Lime Concrete Based on Consistency and Compressive Strength

Innovative high-technology concrete mix design method integrating rheological properties and Fracture Mechanics

Autogenous self-healing induced by compressive fatigue in self-compacting steel-fiber reinforced concrete

Evolution of the FPZ in steel fiber-reinforced concrete under dynamic mixed-mode loading

Blind competition on the numerical simulation of continuous shallow steel‐fiber reinforced concrete beams failing in bending

Compressive behavior of steel-fiber reinforced concrete in Annex L of new Eurocode 2

Steel‐fibre reinforced concrete in composite structures as a mean to increase resistance and ductility – Outlook in a new generation of composite structures

Size effect of steel fiber–reinforced concrete cylinders under compressive fatigue loading: Influence of the mesostructure

Planar Crack Approach to Evaluate the Flexural Strength of Fiber-Reinforced Concrete Sections

Damage evolution and probabilistic strain-lifetime assessment of plain and fiber-reinforced concrete under compressive fatigue loading: Dual and integral phenomenological model

Effect of loading frequency on the fatigue life in compression of natural hydraulic lime mortars

Análisis numérico del proceso de fallo de una losa de hormigón armado con modelos de fractura no lineal

Collaborators (12)

Xiaoxin Zhang

Carlos Leiva Fernández

Lucía Garijo Alonso

António Ventura-Gouveia

JUAN REY REY

Rena C. Yu

Joaquim Barros

Ángel De La Rosa Velasco

José D. Ríos

Dorys González

José Joaquín Ortega Parreño

Daniel Dias-da-Costa

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