Advanced Building Simulation
Advanced Building Simulation
Advanced Building Simulation
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Index<br />
accountability 13<br />
accreditation of software tools 19<br />
air temperature: distribution of 47–9;<br />
stratification 38–9, 42<br />
Airflow Modeling Selection (AMS)<br />
strategy 109–13<br />
airflow oscillations 108<br />
airflow prediction 87–115; semi-empirical<br />
and simplified models 87–9; zonal<br />
models 89–100<br />
American Institute of Aeronautics and<br />
Astronautics (AIAA) 152<br />
American Society of Mechanical Engineers<br />
(ASME) 152–3<br />
Analysis Functions (AFs) 206–13<br />
Apache program 100<br />
Artificial Intelligence 12<br />
ASHRAE 74, 125–6, 144, 152<br />
ASP model 17<br />
audit trails 206<br />
augmented environments 217–21, 228, 234,<br />
237–43<br />
Augmented Reality (AR) 218<br />
barometric pressure simulation 77<br />
Bayesian decision theory 50–6<br />
benchmarking 153<br />
Bernoulli’s equation 94<br />
BFEP toolkit 38<br />
Binocular Omni-Orientation Monitors<br />
(BOOMs) 221, 230<br />
boundary conditions 147–8<br />
boundary layer concept 143<br />
Boussinesq approximation 123<br />
building control, terminology of 164<br />
<strong>Building</strong> Energy <strong>Simulation</strong> (BES)<br />
109–14<br />
<strong>Building</strong> Lifecycle Interoperability<br />
Software 201<br />
building models 192–200, 211;<br />
neutral 202<br />
building simulation: benefits of 61–2;<br />
challenges for 2; new manifestations<br />
of 16–21, 247; trends in 1–2, 4–21<br />
buoyancy flows 145–9<br />
cartesian grids 227<br />
CAVE environment 231–2, 234–9, 243, 244<br />
characteristic length 147, 150, 154–5<br />
CIMSTEEL project 192, 197<br />
COMBINE project 197–200<br />
comfort performance values 42<br />
COMIS model 100<br />
compartmentalization 177<br />
complex flow components 129–31<br />
component sharing 248<br />
Computational Fluid Dynamics (CFD) 3,<br />
32, 90–2, 101–47, 221, 234–44, 247;<br />
analysis of indoor environments 126–7;<br />
fully-immersive visualization 234–7; new<br />
perspectives on 141–56; problems with<br />
use of 125–6<br />
Computational Solid Mechanics (CSM) 152<br />
computational steering 220<br />
concurrency in distributed simulation 17<br />
consensus approach to building<br />
simulation 28<br />
control state space concept 176–7<br />
control systems 20–1, 159–65; automated<br />
generation of models 167–70; case studies<br />
178–87; hierarchy of 165–7;<br />
simulation-based 171–8<br />
convective/radiative ratio 132–3<br />
coupling of software packages 99–102,<br />
107, 247<br />
Cumulative Distribution Function (CDF)<br />
66–70<br />
data exchange, management of 194–8<br />
Data Exchange Kermels (DEKs) 199<br />
daylight-based dimming of electric lights<br />
179–83
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