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Durability of the stuck interfaces composite concretes-reinforcements
The main objective of the present research is to design, realize and validate a methodology for studying ageing of bonded interfaces, based on the development of an... -
Influence of hygromechanical history on the longitudinal mechanosorptive cree...
International audience -
Viscosity of high-nitrogen content Ca-Si-O-N glasses
International audience -
Present-day deformation along the El Pilar Fault in eastern Venezuela: Eviden...
International audience -
Numerical and experimental study of creep of Grade 91 steel at high temperature
Grade 91 steel is a suitable candidate for structural components of the secondary and the vapour of generation IV nuclear reactors. Their in-service lifetime will last... -
High temperature creep behavior in the (α + β) phase temperature range of M5®...
The isothermal steady-state creep behavior of a M5® thin sheet alloy in a vacuum environment was investigated in the (α+β) temperature, low-stress (1-10MPa) range. To... -
Design of new powder metallurgy Nickel base superalloys for turbines discs
Co-encadrement de la thèse : Loïc Nazé -
Prediction of permanent strains of bitumous mixtures
In order to study permanent strains in bituminous mixtures, the division SMIT of LCPC has developed a thermo-controlled triaxial testing device at constant confining... -
Ensemble of Bootstrapped Models for the prediction of the Remaining Useful Li...
The problem of predicting the Remaining Useful Life (RUL) of a creeping turbine blade is considered in this work. We assume to have a sequence of direct measurements... -
A Kalman Filter-Based Ensemble Approach With Application to Turbine Creep Pro...
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Contribution of the Acoustic Emission technique in the understanding and the ...
In order to design reliable concrete structures, prediction of long term behaviour of concrete is important. In fact, creep deformation can cause mechanical... -
Upper mantle viscosity and lithospheric thickness under Iceland
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A physical-base model for life prediciton of single crystal turbine blades un...
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Micromechanical modeling and numerical simulation of creep in concrete taking...
Concrete is a complex heterogeneous material whose deformations include a delayed part that is affected by a number of factors such as temperature, relative humidity... -
Thermo-hygro-chemo-mechanical model of concrete at early ages and its extensi...
The aim of the PhD thesis is the development of two multiphase models from a common theoretical basis, applied to two very different research fields: i) the study of... -
The application of the factor analysis to the studies of the nonlinear dynami...
International audience -
Indentation size effect of cortical bones submitted to different soft tissue ...
International audience -
Experimental study and modelling of the high temperature mechanical behaviour...
The strength of metals, and therefore their maximum operating temperature, can be improvedby oxide dispersion strengthening (ODS). Numerous research studies are... -
Study of high temperature mechanical behaviour of P91 steel : toward the unde...
The goal of this study is to develop a micromechanical approach, to identify and model the elementary mechanisms in connection with the microstructural heterogeneities...
