Building physics applies physics principles to construction, addressing heat transfer, moisture control, acoustics, and fire protection. Learn how building physics creates safe, comfortable, and energy-efficient structures.

Comfort in buildings goes beyond temperature control, encompassing factors like acoustics, air quality, airflow, and surface temperature. Explore how building physics can enhance comfort and improve the occupant experience. Learn why user control is vital, even in energy-efficient designs like Passive House.

Effective building design requires a focus on reducing heat losses, optimising solar gains, and managing internal loads. This article provides practical guidelines for improving energy efficiency and comfort through thoughtful design and application of building physics principles.

Building surfaces are constantly exposed to the elements, absorbing and emitting heat throughout the day. This article explains how surface colour, material choice, and environmental conditions impact solar absorption and heat retention, helping you select the best materials for energy-efficient and durable construction.

Climate significantly affects building performance, influencing energy efficiency, material durability, and comfort. Learn how temperature, humidity, wind, and solar radiation shape building design and discover strategies for adapting to climate variations in construction.