Building articles for Italy

Time frame: 1 May 2025 - 30 April 2026

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Count: 17

Article ‘Count’ for Building.

Journal Count Share
6 3.33
Application of the Water-Energy Nexus approach to assess the sustainability of air conditioning systems 1.00
Sky cooling-driven radiant-capacitive hydronic system for all-day building cooling 0.71
Enhancing interpretability and automation in data-driven energy modelling: An analytical approach to change-point regression models 0.67
Adaptive BIPV shading optimization for electricity generation and building electricity management, sDA, and DGP using multi-objective algorithms 0.50
Tracking decarbonisation: Scalable and interpretable data-driven methods for district energy systems 0.25
A hybrid Gaussian process-integrated deep learning model for retrofitted building energy optimization in smart city ecosystems 0.20
8 7.60
Numerical analysis of radiative cooling behavior: Advancing the study of materials ’ potential for urban overheating mitigation 1.00
Modeling of daytime radiative cooling enhanced vapor-compression refrigeration systems 1.00
Adaptive thermal insulation for energy-efficient buildings: Design and analysis of an innovative thermal switch panel with variable transmittance 1.00
Experimental analysis of a renewable energy dual source heat pump system for decarbonizing residential buildings 0.80
Evaluation of district heating potential at the territorial scale: validation of the BRUSA model 1.00
Would climate change reduce the negative impact of cool roof on the winter energy balance? Optimization study starting from monitored data on different roof types and weather zones 0.80
Thermal resilience to climate change of energy retrofit technologies for building envelope 1.00
ANN-based model predictive control for optimizing space cooling management 1.00
1 0.25
Static mechanical properties, damage evolution, and sustainable assessment of alkali-activated slag/fly recycled concrete composite exposed to cryogenic temperatures 0.25
1 1.00
Design, construction, and operation of a novel Open Innovation Test Bed for real-life performance assessment of multilayer building envelope solutions 1.00
1 0.63
A Scalable, Automatic, and Evolutionary Algorithm for Calibrating Urban Building Energy Models 0.63

Numerical information only (in the tables above) is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International.