Skip to main content

Ricerc@Sapienza

Home
Login

Home
STRUCTURAL ENGINEERING AND MECHANICS
Risultati ricerca pubblicazioni

Risultati ricerca pubblicazioni

Coupling effects between wind and train transit induced fatigue damage in suspension bridges

pubblicato su: STRUCTURAL ENGINEERING AND MECHANICS - 2019

Petrini F., Olmati P., Bontempi F.

A new method to predict the critical incidence angle for buildings under near-fault motions

pubblicato su: STRUCTURAL ENGINEERING AND MECHANICS - 2018

Sebastiani Paolo E., Liberatore Laura, Lucchini Andrea, Mollaioli Fabrizio

New optimum distribution of lateral strength of shear-type buildings for uniform damage

pubblicato su: STRUCTURAL ENGINEERING AND MECHANICS - 2020

Doaire-Avila J, Lucchini A, Benavent-Climent A, Mollaioli F

CATALOGO IRIS SAPIENZA

Anno

2020 (1) Apply 2020 filter
2019 (1) Apply 2019 filter
2018 (1) Apply 2018 filter

Tipo pubblicazione

01 Pubblicazione su rivista (3) Apply 01 Pubblicazione su rivista filter

Rivista

(-) Remove STRUCTURAL ENGINEERING AND MECHANICS filter STRUCTURAL ENGINEERING AND MECHANICS

Book

Keywords

Building and Construction (1) Apply Building and Construction filter
Civil and Structural Engineering (1) Apply Civil and Structural Engineering filter
Damage accumulation (1) Apply Damage accumulation filter
damage distribution (1) Apply damage distribution filter
Directionality (1) Apply Directionality filter
Dynamic analysis (1) Apply Dynamic analysis filter
energy-based method (1) Apply energy-based method filter
Fatigue analysis (1) Apply Fatigue analysis filter
Incidence angle (1) Apply Incidence angle filter
Mechanics of Materials (1) Apply Mechanics of Materials filter
multistory shear-type buildings (1) Apply multistory shear-type buildings filter
Near-fault (1) Apply Near-fault filter
Non-linearity (1) Apply Non-linearity filter
optimum strength distribution (1) Apply optimum strength distribution filter
Spatial building model (1) Apply Spatial building model filter
Suspension bridges (1) Apply Suspension bridges filter
Wind-train interaction (1) Apply Wind-train interaction filter

© Università degli Studi di Roma "La Sapienza" - Piazzale Aldo Moro 5, 00185 Roma