Multi domain modelling provides great opportunities for possible synergy between the building simulation domain and other scientific and technological domains. Although domains may have quite different models, they often use common mathematical representations, based on differential algebraic equations (DAEs) and/or ordinary differential equations (ODEs). This paper reviews the use of S-Functions in SimuLink for DAEs and ODEs modelling regarding building simulation and its potential for multi domain applications. It is concluded that ODEs are directly implementable using S-Functions in SimuLink. DAEs are indirectly implementable by a manual process of integrating Dymola/Modelica models. Examples from the literature confirm the great opportu...
District-level modeling and simulation can help optimize energy flows and identify energysaving oppo...
In this work, we present a simulation model that makes it possible to find optimal values for variou...
FemLab has standard facilities to export models to SimuLink. Normally, the standard export works wel...
Multi domain modelling provides great opportunities for possible synergy between the building simula...
The paper presents the advanced use of S-Functions, facilitated by the Matlab/SimuLink environment. ...
Matlab/Simulink is known in a large number of fields as a powerful and modern simulation tool. In th...
The combined MatLab toolboxes FemLab and Simulink are evaluated as solvers for problems based on par...
To facilitate multi-variate performance appraisal all aspects of a building must be treated simultan...
For more than a quarter of a century, building simulation programs have been developed to undertake ...
A model of the building heating system, consisting of energy source, a distributed automatic control...
A computationally-efficient building thermal model is developed for short-timescale investigations a...
A model of the building heating system, consisting of energy source, a distributed automatic control...
Nowadays, for NZEB buildings the complexity of the interactions between thermal plants and buildings...
District-level modeling and simulation can help optimize energy flows and identify energysaving oppo...
In this work, we present a simulation model that makes it possible to find optimal values for variou...
FemLab has standard facilities to export models to SimuLink. Normally, the standard export works wel...
Multi domain modelling provides great opportunities for possible synergy between the building simula...
The paper presents the advanced use of S-Functions, facilitated by the Matlab/SimuLink environment. ...
Matlab/Simulink is known in a large number of fields as a powerful and modern simulation tool. In th...
The combined MatLab toolboxes FemLab and Simulink are evaluated as solvers for problems based on par...
To facilitate multi-variate performance appraisal all aspects of a building must be treated simultan...
For more than a quarter of a century, building simulation programs have been developed to undertake ...
A model of the building heating system, consisting of energy source, a distributed automatic control...
A computationally-efficient building thermal model is developed for short-timescale investigations a...
A model of the building heating system, consisting of energy source, a distributed automatic control...
Nowadays, for NZEB buildings the complexity of the interactions between thermal plants and buildings...
District-level modeling and simulation can help optimize energy flows and identify energysaving oppo...
In this work, we present a simulation model that makes it possible to find optimal values for variou...
FemLab has standard facilities to export models to SimuLink. Normally, the standard export works wel...