In this paper an approach for pre-calculating building façade incident irradiance levels under a typical, yet computationally complex, external shading device with state-of-the-art ray tracing simulation techniques is presented. The impact of accurate modelling of direct solar, diffuse sky and inter-reflected irradiance components on resulting levels of thermal comfort and energy demand is analysed and recommendations are given for improvement of modelling capabilities
The objective of this paper is to present a methodology with corresponding case study on how to perf...
Calculating the dynamic effects of surface overshadowing is a major part of most thermal analysis en...
The presented study describes a method for evaluating control strategies for shading devices. The me...
This paper provides an overview of a new method for modelling the total solar energy transmittance. ...
This paper provides an overview of a new method for modelling the total solar energy transmittance. ...
Fener, a new Radiance-based building energy model, is presented. The motivation is to be able to per...
In this paper, simplified algorithms to assess the indoor natural illuminance on a prefixed point wi...
The effectiveness of simple shading devices in reducing the direct, diffuse and ground reflected com...
This paper presents a simple building simulation tool for integrated daylight and thermal analysis. ...
Computer modeling and simulation has a relatively long history in the prediction of thermal and ligh...
The calculation of sunlit surfaces in a building has always been a relevant aspect in building energ...
Windows are used for the visual connection between indoors and outdoors, ventilation and daylight of...
The data set consists of simulated data. An archetype high-rise residential building of 21 floors wa...
AbstractDesignand operation of buildings in view of optimal thermal and visual performance can benef...
Solar shading designs are important for reduction of building energy consumption and improvement of ...
The objective of this paper is to present a methodology with corresponding case study on how to perf...
Calculating the dynamic effects of surface overshadowing is a major part of most thermal analysis en...
The presented study describes a method for evaluating control strategies for shading devices. The me...
This paper provides an overview of a new method for modelling the total solar energy transmittance. ...
This paper provides an overview of a new method for modelling the total solar energy transmittance. ...
Fener, a new Radiance-based building energy model, is presented. The motivation is to be able to per...
In this paper, simplified algorithms to assess the indoor natural illuminance on a prefixed point wi...
The effectiveness of simple shading devices in reducing the direct, diffuse and ground reflected com...
This paper presents a simple building simulation tool for integrated daylight and thermal analysis. ...
Computer modeling and simulation has a relatively long history in the prediction of thermal and ligh...
The calculation of sunlit surfaces in a building has always been a relevant aspect in building energ...
Windows are used for the visual connection between indoors and outdoors, ventilation and daylight of...
The data set consists of simulated data. An archetype high-rise residential building of 21 floors wa...
AbstractDesignand operation of buildings in view of optimal thermal and visual performance can benef...
Solar shading designs are important for reduction of building energy consumption and improvement of ...
The objective of this paper is to present a methodology with corresponding case study on how to perf...
Calculating the dynamic effects of surface overshadowing is a major part of most thermal analysis en...
The presented study describes a method for evaluating control strategies for shading devices. The me...