A. Carbonari

发表

Effectiveness of different strategies in the retrofit of Italian school buildings: Influence of thermal inertia and solar control

A. Carbonari, 2019, WEENTECH Proceedings in Energy.

Retrofit of Italian School Buildings. The Influence of Thermal Inertia and Solar Gains on Energy Demand and Comfort

A. Carbonari, 2019, Future Cities and Environment.

OPTIMAL ORIENTATION AND AUTOMATIC CONTROL OF EXTERNAL SHADING DEVICES IN OFFICE BUILDINGS

Piercarlo Romagnoni, Antonio Carbonari, Giancarlo Rossi, 2002 .

Buildings with large glazed surfaces: optimization of solar control strategies in relation to the building's thermal inertia

Antonio Carbonari, A. Carbonari, 2017 .

Solar control of extensively glazed facades: a computer method for predicting the effects of various devices and building’s thermal inertia

Antonio Carbonari, A. Carbonari, 2017 .

Solar Control in Buidings with Large Glazed Surfaces: The Role of Internal Screens

Massimiliano Scarpa, Antonio Carbonari, M. Scarpa, 2016 .

Energy demand, Thermal and Luminous Comfort in Office Buildings: a computer method to evaluate different Solar Control Strategies

Antonio Carbonari, A. Carbonari, 2014 .

Guidelines for acoustical measurements in churches

Paola Ricciardi, Francesco Martellotta, Antonio Carbonari, 2009 .

Integration of LCA tools in BIM toward a regenerative design.

Tiziano Dalla Mora, Fabio Peron, Antonio Carbonari, 2018 .

Retrofit of Massive Buildings in Different Mediterranean Climates. Interactions Between Mass, Additional Insulations and Solar Control Strategies

A. Carbonari, 2023, Future Cities and Environment.

Thermal and Luminous Comfort in Classrooms A computer method to evaluate different solar control devices and its operating logics

Antonio Carbonari, A. Carbonari, 2012 .