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An Integrated Bond Graph Methodology for Building Performance Simulation
Abdelatif Merabtine
École de technologie supérieure
Construction Engineering Department
LTSB - Laboratory of Thermal and Building Science
ÉTS Sustainable Energy Laboratory
t3e - Industrial Research Group in energy technologies and energy efficiency
Research output
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Contribution to journal
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Journal Article
›
peer-review
1
Citation (Scopus)
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Keyphrases
Advanced Models
33%
Bond Graph
66%
Bond Graph Approach
100%
Bond Graph Model
33%
Building Performance Simulation
100%
Building Systems
33%
Climatic Periods
33%
Conventional Simulator
33%
Domain-domain Interaction
33%
Dynamic State
33%
Energy Efficiency
33%
Energy Optimization
33%
Energy Representation
33%
Exchange Processes
33%
Experimental Test Cell
33%
Graph Framework
33%
Hydraulic Circuit
33%
Hydraulics
33%
Increasing Complexity
33%
Method Reliability
33%
Minimal Deviation
33%
Model Effectiveness
33%
Modeling Framework
33%
Modeling Techniques
33%
Predictive Control Strategy
33%
Scalable Tools
33%
Simulation Approach
33%
Steady-state Conditions
33%
Sustainable Building
33%
System Dynamics
33%
System Performance
33%
Thermal Behavior
33%
Thermal Comfort
33%
Thermal Exchange
33%
Transient Thermal Behavior
33%
Trigeneration
33%
Unified Modeling
33%
Engineering
Building Performance Simulation
100%
Building System
33%
Combined Cooling Heating System
33%
Control Strategy
33%
Energy Efficiency
33%
Hydraulics
66%
Predictive Control
33%
Reliability Method
33%
State Condition
33%
Sustainable Building
33%
Systems Dynamics
33%
Systems Performance
33%
Test Cell
33%
Thermal Behavior
66%
Thermal Comfort
33%