A new experimental-numerical approach to estimate peak wind loads on roof-mounted photovoltaic systems by incorporating inflow turbulence and dynamic effects
J Estephan, AG Chowdhury, P Irwin - Engineering Structures, 2022 - Elsevier
Building appurtenances, such as rooftop photovoltaic (PV) systems, are vulnerable to
damage during extreme wind events. To have more robust designs of PV systems, improved …
damage during extreme wind events. To have more robust designs of PV systems, improved …
Wind-induced vibration and wind-driven rain performance of a full-scale single-skin facade unit with vertical protrusions
Vertical protruding elements are popularly used for building aesthetics, solar shading, and
reduction of energy demand. However, no sufficient design guidelines are available yet for …
reduction of energy demand. However, no sufficient design guidelines are available yet for …
Wind-Induced Dynamic Behavior of Single-Skin Curtain-Wall System: A Comparative Numerical Study
Glass curtain walls, while broadly used as a building facade, are vulnerable to extreme
winds. Curtain-wall failures in major wind events lead to substantial economic losses, and …
winds. Curtain-wall failures in major wind events lead to substantial economic losses, and …
Full-scale simulation of wind-driven rain and a case study to determine the rain mitigation effect of shutters
KS Vutukuru, J Erwin, AG Chowdhury - Wind and Structures, 2024 - koreascience.kr
Abstract Wind Driven Rain (WDR) poses a significant threat to the building environment,
especially in hurricane prone regions by causing interior and content damage during …
especially in hurricane prone regions by causing interior and content damage during …
Wind loading on commercial roof edge metals: A full-scale experimental study
Roof edge metal systems provide an effective interface between the roof of a building to its
walls and are used to secure and protect the edge of the roof membrane. Previous studies …
walls and are used to secure and protect the edge of the roof membrane. Previous studies …