Titlebook: International RILEM Conference on Synergising Expertise towards Sustainability and Robustness of Cem; SynerCrete’23 - Volu Agnieszka J?drze

清楚

Einstein Explains Water Transport in C-S-Hd materials, is nanoporous, contributing therefore to water transport. To understand water transport in C-S-H, it is necessary to deploy well-suited techniques and theoretical framework to deal with the nanoscale. Einstein linked the dynamics of a diffusing particulate system described by the mean-s

expound

Is Thermal Pressurization in C-S-H Relevant for Concrete Spalling?-up may exceed material strength leading to explosive spalling. Thermal pressurization is a mechanism evoked to explain fire spalling of concrete and is also relevant to applications such as well cement lining in petroleum engineering and nuclear waste disposal structures in which the material is su

Phonophobia

Multiscale Modeling of the Dielectric Response of C-S-Hinsic permittivity of their various constituent phases. Calcium silicate hydrates (C-S-H) is the major hydrated phase in concrete (when clinker is the main cement compound), but to date, its frequency-dependent complex dielectric response remains unknown. Direct experimental measurements of C-S-H in

歌曲

Quantum Mechanically Informed Kinetic Monte Carlo Models for Hydrogen Diffusion in BCC-Ironmechanisms associated with this complex phenomenon, hydrogen diffusion as an atomic interstitial in the body - centered cubic (BCC) lattice of pure iron plays a fundamental role. The main goal of this study is to characterize the fundamental events that controls the diffusion of hydrogen: the atomic

鞠躬

Numerical Modeling of Water Transfer in Geomaterials: Application to a Concrete Tunnel Subjected to nomenon may occur frequently. Drying and saturation cycles should be considered because they adversely affect the short-term and long-term behavior of the structure. In this paper, a water transfer model is proposed to predict the moisture migration and water content field within the studied porous

Proclaim

雜役

Thermomechanical Investigations for the Design of Reinforced Concrete Facingsonsidered an effective rehabilitation measure for damaged surfaces of massive concrete structures. The installation of the reinforcement for concrete facings, necessary for crack width control in the structure, is however time-consuming and expensive. The required reinforcement depends mainly on the

Moderate

Microgram

A Multiscale Multiphysics Platform to Investigate Cement Based Materialslities. This involves inspection and auscultation of the current state of the structure, and structural computations to anticipate durability and to test mitigation strategies. Both require relevant material properties for the concretes at stake, which often cannot be measured directly, for either p

微塵

Estimation of Protected Paste Volumes by Dirichlet Tessellation Associated with Point Processes of Ance of the protected paste volume in the vicinity of entrained air voids. In this study, a model using Dirichlet tessellation is proposed to estimate the protected paste volume associated with a random system of real air voids. The characteristic distance for the protection is defined by the ratio o