Impact of occupant façade interaction on thermal comfort during the cooling season

Our planet is currently facing significant challenges such as overpopulation, climate change, and resource depletion, leading to severe environmental degradation. The construction industry, in particular, has played a major role in aggravating these issues. The increase in carbon emissions has contributed to rising global temperatures,...

Robustness Assessment Method for Future Climate Uncertainties

Energy-efficient buildings tend to cause thermal discomfort due to overheating during summers. With the advent of climate change and increasing outdoor temperatures, the risk of overheating will be exacerbated. Henceforth, the building design must be future proof or robust for climate change. Passive design strategies applied to the building...

Robustness of Building Envelope: Investigating robust design solutions for energy efficient educational buildings.

Sustainable High-rises: Design Strategies for Energy-efficient and Comfortable Tall Office Buildings in Various Climates

With the aim to limit the number of ineffective designs, this dissertation has investigated the impact of architectural design strategies on improving the energy performance of and thermal comfort in high-rise office buildings in temperate, sub-tropical and tropical climates. As the starting-point of this research, a comparative study between...