A new approach to building modelling software, to support the iterative design of energy efficient buildings, is proposed. The proposal is for the combination of two, previously separate, software types - building design modelling and building performance simulation, along with the development of a third component - a design advisor, into one software tool. This software is intended for use by architectural practices, who may not have access to energy expertise, and who may then struggle to maintain design standards for non-domestic buildings required to satisfy rigorous energy performance regulations. In this paper we describe, through an example, how the three components would work together, by the employment of zone meshes, to visua...
The paper introduces a newly designed dynamic building energy simulation screening tool to help inte...
The advent of environmentally driven building regulations, rising energy costs, and heightened clien...
Buildings are responsible for significant levels of energy consumption. The increasing pressure crea...
The need to reduce the energy used by buildings and the resultant carbon emissions is changing how t...
The need to reduce radically the energy used by buildings is leading to new design practices. Curren...
Intelligent and integrated architectural design can substantially reduce carbon dioxide emissions fr...
To significantly increase building energy performance, the use of building simulation software at th...
The increasing awareness of climate change and carbon dioxide emissions from the built environment i...
Buildings account for significant carbon dioxide emissions, both in construction and operation. Gov...
Building designers face increased pressure to design low-energy buildings. Consequently, there is a ...
Design patterns as introduced by Christopher Alexander and colleagues are proposed in this paper as ...
The era of legislation and creditable methods towards producing sustainable buildings is upon us. Ye...
Against the backdrop of increasing global efforts to mitigate the effects of climate change there ha...
This research investigates the use of Building Energy Performance Simulation (BEPS) toolsin the earl...
EU policies to mitigate climate change set ambitious goals for energy and carbon reduction for the b...
The paper introduces a newly designed dynamic building energy simulation screening tool to help inte...
The advent of environmentally driven building regulations, rising energy costs, and heightened clien...
Buildings are responsible for significant levels of energy consumption. The increasing pressure crea...
The need to reduce the energy used by buildings and the resultant carbon emissions is changing how t...
The need to reduce radically the energy used by buildings is leading to new design practices. Curren...
Intelligent and integrated architectural design can substantially reduce carbon dioxide emissions fr...
To significantly increase building energy performance, the use of building simulation software at th...
The increasing awareness of climate change and carbon dioxide emissions from the built environment i...
Buildings account for significant carbon dioxide emissions, both in construction and operation. Gov...
Building designers face increased pressure to design low-energy buildings. Consequently, there is a ...
Design patterns as introduced by Christopher Alexander and colleagues are proposed in this paper as ...
The era of legislation and creditable methods towards producing sustainable buildings is upon us. Ye...
Against the backdrop of increasing global efforts to mitigate the effects of climate change there ha...
This research investigates the use of Building Energy Performance Simulation (BEPS) toolsin the earl...
EU policies to mitigate climate change set ambitious goals for energy and carbon reduction for the b...
The paper introduces a newly designed dynamic building energy simulation screening tool to help inte...
The advent of environmentally driven building regulations, rising energy costs, and heightened clien...
Buildings are responsible for significant levels of energy consumption. The increasing pressure crea...