In the past 30 years, much effort has been directed to make building performance simulation become inherent in architectural practice. Anecdotal evidence however shows that it still a long way for this goal to be achieved. This paper presents the outcome of a survey conducted in Australia, India, the US and the UK, to investigate difficulties that architects have to overcome in their day-to-day practices and identify the reasons why using building performance simulation, regardless how friendly the tools are, is still not and may never be in the mainstream of their practices. Based on the survey, the paper proposes a number of recommendations to overcome this challenge in line with IBPSA’s vision on bridging the gap between research and pra...
AbstractGiven the necessity of resilience architecture is vital, the most effective decisions on bui...
A wide range of scientifically validated Building Performance Simulation tools BPS is available inte...
This paper documents work that follows on from a previous study [Morbitzer et al 2001] on the implem...
In the past 30 years, much effort has been directed to make building performance simulation become i...
In order to assist tertiary architectural education institutions as well as the architecture profess...
This paper documents work that follows on from a previous study [Morbitzer et al 2001] on the implem...
This paper reports on an exploration of the use of building performance simulation tools in current ...
A key barrier to the acceptance of simulation within building design has been identified as the fact...
The present paper is an attempt to bridge the gap between building designers and simulationists by p...
State of the art building performance simulation (BPS) tools are currently merely used for code comp...
In Europe, 40% of the total energy is consumed by buildings; in this sense, building performance sim...
Designers from the Architecture, Engineering, and Construction (AEC) industries have shown a desire ...
Building performance simulations (BPS) have a significant potential in informing architects’ design ...
This report reviews potential challenges and opportunities for using Building Performance Simulation...
AbstractGiven the necessity of resilience architecture is vital, the most effective decisions on bui...
A wide range of scientifically validated Building Performance Simulation tools BPS is available inte...
This paper documents work that follows on from a previous study [Morbitzer et al 2001] on the implem...
In the past 30 years, much effort has been directed to make building performance simulation become i...
In order to assist tertiary architectural education institutions as well as the architecture profess...
This paper documents work that follows on from a previous study [Morbitzer et al 2001] on the implem...
This paper reports on an exploration of the use of building performance simulation tools in current ...
A key barrier to the acceptance of simulation within building design has been identified as the fact...
The present paper is an attempt to bridge the gap between building designers and simulationists by p...
State of the art building performance simulation (BPS) tools are currently merely used for code comp...
In Europe, 40% of the total energy is consumed by buildings; in this sense, building performance sim...
Designers from the Architecture, Engineering, and Construction (AEC) industries have shown a desire ...
Building performance simulations (BPS) have a significant potential in informing architects’ design ...
This report reviews potential challenges and opportunities for using Building Performance Simulation...
AbstractGiven the necessity of resilience architecture is vital, the most effective decisions on bui...
A wide range of scientifically validated Building Performance Simulation tools BPS is available inte...
This paper documents work that follows on from a previous study [Morbitzer et al 2001] on the implem...