Luca Caracoglia

Associate Professor

Northeastern University

United States

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Dr. Luca Caracoglia is an Associate Professor at Northeastern University, United States. His research focuses on aerodynamic analysis and control in civil engineering, particularly related to wind-induced effects on structures such as buildings and bridges. His recent work includes advanced studies on wind pressure analysis, flutter dynamics, and the use of stochastic methods in understanding the performance of structures subjected to turbulent conditions.

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Collaborators (2)

Giuseppe Piccardo

University of Genoa

ITALY

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Aleksander Pistol

Manchester Metropolitan University

UNITED KINGDOM

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Luca Caracoglia

Research Interests

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About

Articles (20)

Wind Pressure and Load Analysis on Large Building Roofs: Applicability of Database-Assisted Design to Eurocode 1 and Italian Standards

Long-span bridge flutter analysis in non-stationary downburst-like flows by Floquet Theory

Flutter Control by a Multiunit Gyroscopic Stabilizer: Deterministic-Stochastic Analysis of the Messina Strait Bridge Prototype Design

Examining the Main Properties of a “Meso-Scale” Torsional Flutter Harvester in Gusty Winds

Stochastic flutter of wind turbine blades under turbulence and load perturbations: Implications on offshore wind energy

Turbulence and flapping pivot axis effects on torsional flutter harvester efficiency by closed-form formula

Estimating nonlinear wind-induced response of roof cable nets by aeroelastic experiments and ML modeling

Exploring multi-hazard effects on a tall building and its non-structural elements through simultaneous earthquake and wind loading

Examining error-contaminated, long-span bridge buffeting vibration by Stochastic Differential Equations

Stochastic performance of a torsional-flutter harvester in non-stationary, turbulent thunderstorm outflows

Stochastic stability of an aeroelastic harvester contaminated by wind turbulence and uncertain aeroelastic loads

Examining adequacy of the empirical Theodorsen function for wind turbine blade section-model aeroelasticity

Wind-induced fragility of a monopole structure via Artificial Neural Network based surrogate analysis

Risk-Informed and Life-Cycle Analyses of Structures and Infrastructures

New discrete mass model examining the dynamics of multiple-element-pendulum impact dampers for bridge stay-cables

Practical Approach to Digitally Simulate Nonsynoptic Wind Velocity Profiles and Its Implications on the Response of Monopole Towers

Examining wind-induced floor accelerations in an unconventionally shaped, high-rise building for the design of “smart” screen walls

Examination of artificial neural networks to predict wind-induced displacements of cable net roofs

A gyroscopic stabilizer to improve flutter performance of long-span cable-supported bridges

Review of Wind Effects on Structures: Modern Structural Design for Wind , 4th Edition by Emil Simiu and DongHun YeoWiley-Blackwell, New York; 2019; ISBN 978-1-119-37588-3; 520 pp.; $135.00

Collaborators (2)

Giuseppe Piccardo

Aleksander Pistol

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