Purpose / Context - This paper will examine the predicted energy consumption (MJ/m2) of a resi-dential house made of rammed earth in sub-tropical, tropical and temperate climates of Australia using design data of the building fabric and glazing. Methodology - To improve energy performance of this building project, thermal simulation and comprehensive simulated data analysis...

In Australia, residential buildings accounted for about 20-30% of the total electricity consumption and 30-50% of the total peak demand. The residential sector is considered as one of the fastest growing GHG emission sources and considered as the ‘lowest hanging fruit’ for carbon mitigation. It also plays a key role for the management of peak...

Purpose / Context – Studies of building design and economic feasibility for energy-efficient refurbishments often utilise average temperatures for the heated space in a dwelling. As even small deviations have a significant impact on the resulting energy demand, an occupant-centred simulation is necessary for more precise evaluations and recommendations. Methodology / Approach – An Agent-based...

Purpose / Context - During the process of ventilation, outdoor fine particulate matter enters indoor space through gaps in the external window of building and pollutes the indoor environment. Penetration factor (P), deposition loss rate (k), and air exchange rate (a) are important parameters to evaluate the number of outdoor fine particles infiltrate into indoor...

Purpose / Context – To quantify the relationship between indoor temperature and blood pressure in Japanese nursing home residents. Methodology / Approach – A field study of 27 nursing homes in Japan was conducted. We meas-ured the indoor temperature of nursing homes and collected data on resident’s blood pressure via a standardised questionnaire. Facilities were...