This paper describes an effort to link the COMIS 3.0 multi-zone airflow model with the EnergyPlus building energy simulation program. COMIS 3.0 is a network-based multi-zone airflow model developed by a multinational team in the framework of International Energy Agency’s Annex 23 for simulating airflows through the building fabric due to infiltration or natural ventilation, and from zone to zone, as well as the interactions of the HVAC system, ducts, and exhaust hoods and fans. EnergyPlus is a new whole-building energy simulation program being developed for the United States Department of Energy that combines the best features of the DOE-
An existing computer model for dynamic hygrothermal analysis of buildings has been extended with a m...
International audienceThe data set compiled in this file refers to the Multizone EnergyPlus model, u...
Understanding airflow and contaminant transport patterns in building helps engineers to design syste...
This paper describes an effort to link the COMIS 3.0 multi-zone airflow model with the EnergyPlus bu...
A number of interzonal models have been developed to calculate air flows and pollutant transport mec...
A number of interzonal models have been developed to calculate air flows and pollutant transport mec...
Multizone models form the basis of most computer simulations of airflow and pollutant transport in b...
The airflow network model in EnergyPlus provides the ability to simulate multizone wind-driven airfl...
The airflow network model in EnergyPlus provides the ability to simulate multizone wind-driven airfl...
In building energy simulations, the air infiltration and interzonal airflow are generally either not...
The airflow network model in EnergyPlus provides the ability to simulate multizone wind-driven airfl...
COMIS simulates multizone airflow and pollutant transport. It has been developed in an international...
Building simulations are used to investigate building performance and design the building systems op...
Summary A new method for modelling multi-zone air infiltration and ventilation simulation and a simp...
A number of airflow models have been developed to assist the designer in the design of energy effici...
An existing computer model for dynamic hygrothermal analysis of buildings has been extended with a m...
International audienceThe data set compiled in this file refers to the Multizone EnergyPlus model, u...
Understanding airflow and contaminant transport patterns in building helps engineers to design syste...
This paper describes an effort to link the COMIS 3.0 multi-zone airflow model with the EnergyPlus bu...
A number of interzonal models have been developed to calculate air flows and pollutant transport mec...
A number of interzonal models have been developed to calculate air flows and pollutant transport mec...
Multizone models form the basis of most computer simulations of airflow and pollutant transport in b...
The airflow network model in EnergyPlus provides the ability to simulate multizone wind-driven airfl...
The airflow network model in EnergyPlus provides the ability to simulate multizone wind-driven airfl...
In building energy simulations, the air infiltration and interzonal airflow are generally either not...
The airflow network model in EnergyPlus provides the ability to simulate multizone wind-driven airfl...
COMIS simulates multizone airflow and pollutant transport. It has been developed in an international...
Building simulations are used to investigate building performance and design the building systems op...
Summary A new method for modelling multi-zone air infiltration and ventilation simulation and a simp...
A number of airflow models have been developed to assist the designer in the design of energy effici...
An existing computer model for dynamic hygrothermal analysis of buildings has been extended with a m...
International audienceThe data set compiled in this file refers to the Multizone EnergyPlus model, u...
Understanding airflow and contaminant transport patterns in building helps engineers to design syste...