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IBPSA 2013 - Chambéry, France
International Building Simulation Conference 2013, Chambéry, France.
Contains 470 papers.
Volume content
Predicting transient particle transport in enclosed environments based on Markov chain | 2013 | English
Finding the cost-optimal mix of building energy technologies that satisfies a set operational energy reduction target | 2013 | English
This paper presents the development of an optimization methodology for selecting the lowest monetary cost combinations of building technologies to meet set operational energy reduction targets.
Embodied energy and operational energy: case studies comparing different urban layouts | 2013 | English
Comparison of green roof plants and substrates based on simulated green roof thermal performance with measured material properties | 2013 | English
hdrscope: high dynamic range image processing toolkit for lighting simulations and analysis | 2013 | English
This paper describes the development of a new tool called hdrscope that enables users to perform qualitative and quantitative lighting analysis via per-pixel methods.
Improved conduction transfer function coefficients generation in TRNSYS multizone building model | 2013 | English
Field testing of natural ventilation in typical college student dormitories in Beijing | 2013 | English
Comparison of system-level simulation and detailed models for storage tanks with phase change materials | 2013 | English
Potential of model predictive control (MPC) strategies for the operation of solar communities | 2013 | English
An analysis of deep energy retrofit strategies in the existing Canadian residential market | 2013 | English
This paper presents a techno-economic analysis of deep energy retrofit strategies aimed at improving a typical existing home to a Net Zero Ready (NZR) level.
The climate indicators that are currently used in the building energy area, summations of degree-days, are not suitable for net-zero and low energy analysis, because they fail to characterize the building-climate interaction. This paper presents a
The application of building simulation and modelling is becoming more widespread, particularly in the anal-ysis of residential buildings.
Modelling the urban microclimate and its impact on the energy demand of buildings and building clusters | 2013 | English
The urban microclimate (UMC) can strongly affect the building energy demand.
Monitoring energy and temperatures in dwellings is becoming commonplace due to the reduction in sens-ing costs.