TeamCAD BIM eBook v2 ENG

How To Generate
Data In The Digital
Twin Model In The
Most Efficient Way
In Order To Achieve
Savings?
When we talk about the most
efficient way to generate data in a
digital twin model, we must
consider that there are two
typical scenarios:
• Data generated during the BIM
project process,
• Data generated during the
operational use of the facility and
the equipment installed in it.
In the first case, when we
generate data during the BIM
project process, the most
efficient way of collecting data is
good communication in project
teams of different disciplines on
the project, timely data exchange
between disciplines in the BIM
project process, BIM project
process automation and BIM data
exchange, and then
implementation of different
digital simulation tools within
digital twin models generated
based on BIM models in different
phases of the project process.
When we talk about the data
generated during the facility
operational use, things are a bit
more complicated. It is often the
case that we do not have access
to any data from the BIM
discipline models, it is a very
common case that the investor
himself does not have a BIM
as-built model, and we are often
forced to invest great effort in
data collection. The fastest way is
to create BIM as-built models of
the different disciplines, and then
it is necessary to install different
sensors in the constructed
buildings, which would collect
data over a longer period of time.
The data collected in this way,
using the "Internet of Things", are
transferred to the digital twin
model for further processing and
analysis, and based on them, we
get the opportunity to optimize
the data obtained in the digital
twin model.
How To Efficiently
Process Data In A
Digital Twin Model?
Depending on the purpose for
which the digital twin model was
created, different tools can be
used to process the data in the
digital twin model in the most
efficient way. However, the data
processing methodology in the
digital twin model can be roughly
divided into:
• CFD (Computational fluid
dynamics) is a calculation of fluid
dynamics and is part of fluid
mechanics which takes numerical
analysis and structured data as a
basis for analysis to solve
JAN 2021
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