WANG, PEIXUAN

WANG, PEIXUAN  

DIPARTIMENTO DI ARCHITETTURA, INGEGNERIA DELLE COSTRUZIONI E AMBIENTE COSTRUITO  

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Risultati 1 - 20 di 24 (tempo di esecuzione: 0.037 secondi).
Titolo Data di pubblicazione Autori File
A Multi-Pier-Macro MPM method for the progressive failure analysis of full scale walls in two way bending 1-gen-2022 Wang P.Milani G. +
A Multi-Pier-Macro MPM method for the progressive failure analysis of perforated masonry walls in-plane loaded 1-gen-2021 Peixuan WangGabriele Milani +
A novel Lower Bound Limit Analysis model with hexahedron elements for the failure analysis of laboratory and thin infill masonry walls in two-way bending 1-gen-2022 Wang P.Milani G. +
APPLICATION OF A GENERAL PURPOSE DISTINCT ELEMENT MODEL (DEM) FOR THE SEISMIC VULNERABILITY PREDICTION OF MASONRY AGGREGATES 1-gen-2023 Wang P.Milani G.
Behaviour factor assessment of ancient masonry towers through an innovative simplified pushover method 1-gen-2021 Wang P.Milani G.Ghiassi B. +
Comprehensive Evaluation Method of Historical Timber Structural Building Taking Fujiu Zhou House as an Example 1-gen-2021 Peixuan WangGabriele Milani +
Damage Identification in Timber Structures Based on Wavelet Singular Spectrum Entropy 1-gen-2018 Wang, Peixuan +
Fast seismic vulnerability evaluation of Wenfeng Pagoda in Yangzhou,PRC 1-gen-2020 Milani G.Wang P. +
Full 3d Cad Procedure for the Limit Analysis of Zhongjiang South Pagoda in China 1-gen-2023 Wang P.Milani G.
Full 3D CAD procedure for the limit analysisi of longhu Pagoda in China 1-gen-2021 Wang P.Scacco J.Milani G. +
Innovative Computation of 3d M-N Domain from Cross-Section Graphic Analysis 1-gen-2022 Wang P.Scacco J.Milani G. +
LIMIT ANALYSIS MODEL FOR A FAST EVALUATION OF CHINESE MASONRY PAGODAS VULNERABILITY 1-gen-2023 Wang P.Milani G. +
Longhu pagoda: Advanced numerical investigations for assessing performance at failure under horizontal loads 1-gen-2021 Peixuan WangJacopo ScaccoGabriele Milani +
Minimally Invasive Detection Technologies for the Defects in Ancient Timber Structural Building 1-gen-2018 Wang, Peixuan +
Novel 3D distinct element limit analysis model for the seismic vulnerability evaluation of historical masonry pagodas of major importance in China 1-gen-2022 Wang P.Milani G. +
Preliminary Study of a Neural Network Procedure for the Timely Detection of the Collapse of Historical Cultural Heritage Structures 1-gen-2022 Wang P.Milani G. +
Preliminary study on a novel Optimal Placed Sensors method based on Genetic Algorithm 1-gen-2022 Wang P.Milani G. +
Seismic vulnerability assessment for historical masonry aggregates 1-gen-2022 Wang P.Milani G.Grillanda N.
Seismic vulnerability assessment of Longhu Pagoda, Sichuan, China 1-gen-2021 Wang P.Scacco J.Milani G. +
Seismic vulnerability evaluation of longhu pagoda, sichuan, prc 1-gen-2020 Wang P.Scacco J.Milani G. +