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1.	Original version of the author's contribution as presented on CD, section: .: PDF MODEL PREDICTIVE ACCURACY ASSESSMENT IN SEISMIC INELASTIC TIME HISTORY ANALYSES Jehel, Pierre Detailed record - Similar records
2.	Original version of the author's contribution as presented on USB, paper 3187.: PDF Modeling Computed Damping Forces in Nonlinear Seismic Response History Analysis of Reinforced Concrete Building Structures Jehel, Pierre ; Leger, Pierre The purpose of this paper is to provide practitioners with further insight into spurious damping forces that can be generated in nonlinear seismic response history analys [...] Detailed record - Similar records
3.	Original version of the author's contribution as presented on CD, section: CD-RS 04 CONSTITUTIVE MODELLING UNDER DYNAMIC AND SEISMIC ACTIONS .: PDF Heterogeneous Constitutive Modeling and Material Damping in Reinforced Concrete Frame Elements in Seismic Loading Jehel, P. ; Cottereau, R. In inelastic civil engineering structural models, the imparted seismic energy is dissipated by three types of mechanisms: i) energy radiation in the surrounding environme [...] Detailed record - Similar records
4.	Original version of the author's contribution as presented on CD, section: RS 01 Numerical Simulation for Structural Dynamics .: PDF Coupled Damage-Plasticity Based Constitutive Modeling of Metallic Membrane Element Under Cyclic Loading Tezer B., Ayhan ; Engin, H. Micromechanics is employed in order to define the whole nonlinear inelastic behavior of a structure at meso/macro scale level where the presence of the inelastic phenomen [...] Detailed record - Similar records
5.	Original version of the author's contribution as presented on CD, section: MS 18 Performance - Based Engineering.: PDF Modeling Energy Dissipation: a Paradigm for Performance-Based Engineering of RC Moment-Resisting Frame in Seismic Loading Jehel, P. ; Ibrahimbegovic, A. Inelastic structural models used for performance-based design intrinsically dissipate a part of the total amount of the seismic energy imparted to the structure. To take [...] Detailed record - Similar records
6.	Original version of the author's contribution as presented on CD, section: Nonlinear dynamics (MS).: PDF A new fiber element for refined nonlinear modeling of rc frame structures in seismic loading Jehel, P. ; Davenne, L. Accurate modeling of damping in nonlinear analysis of structures in seismic loading has become a challenging issue. As an alternative to commonly used global damping mode [...] Detailed record - Similar records
7.	Original version of the author's contribution as presented on CD, paper No. 2348.: PDF On Damping Created by the Heterogeneity of the Mechanical Properties in RC Frame Seismic Analysis Jehel, Pierre ; Cottereau, R. Detailed record - Similar records
8.	Original version of the author's contribution as presented on CD, paper No. 1167.: PDF Ef?cient Inelastic Fiber Frame Element and Consistent Damping Model for Seismic Time-History Analyses Jehel, Pierre ; Léger, Pierre Detailed record - Similar records

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