Implementation of BIM Technologies in Wood Construction: A Review of the State of the Art From a Multidisciplinary Approach
Published: Jan. 23, 2024
This
research
raises
questions
about
the
possibilities
and
options
of
using
BIM
methodology
for
wood
design
construction
associated
with
software
structure
modeling
along
asset's
cycle
life.
Likewise,
several
academic
initiatives
are
reviewed.
In
this
sense,
paper
aims
to
establish
an
appropriate
link
between
two
agendas
that
architecture,
engineering,
(AEC)
industry,
academia,
governments
normally
handle
separately.
By
conducting
literature
reviews
(book,
journals,
congresses)
extensive
tests
(BIM
software:
Revit,
Archicad,
Tekla,
Wood
plug-ins:
AGACAD,
Archiframe,
Timber
Framing
2015,
WoodStud
Frame,
etc.),
state-of-the-art
was
assessed
in
both
fields,
cases
linking
shown
detail
discussed,
various
theoretical
samples
modelled
shown,
advantages
disadvantages
each
technique
stage
explained.
On
other
hand,
although
has
been
most
common
hundreds
years,
is
not
case
Modeling
developments
materiality.
Furthermore,
since
appearance
materials
such
as
steel
reinforced
concrete,
all
have
focused
on
these
materials,
leaving
aside
possibility
developing
applications
use
projects.
According
previously
it
can
be
concluded
used
more
frequently
academia
fields
processes
and,
many
cases,
only
a
few
BIM-wood
tools
used.
Thus,
disregarding
high
potential
level
benefits
results
application
methodologies
complete
building
life
(design,
construction,
operation).
Language: Английский
New Zero-Carbon Wooden Building Concepts: A Review of Selected Criteria
Energies,
Journal Year:
2024,
Volume and Issue:
17(17), P. 4502 - 4502
Published: Sept. 8, 2024
A
Carbon
Footprint
(CF)
is
defined
as
the
total
emissions
of
greenhouse
gases,
primarily
carbon
dioxide,
methane,
and
nitrous
oxide,
a
specific
type
Environmental
that
measures
human
impact
on
environment.
dioxide
are
major
contributor
to
anthropogenic
gases
driving
climate
change.
Wood,
renewable
ecological
material,
has
relatively
low
emissions.
The
study
aimed
review
analyze
criteria
influencing
feasibility
constructing
modern
zero-carbon
wooden
buildings.
was
conducted
in
two
phases:
(i)
literature
(ii)
an
assessment
existing
preliminary
research
led
narrowing
focus
years
2020–2024
identifying
key
for
analysis:
sustainable
material
sourcing,
sequestration,
energy
efficiency,
life
cycle
(LCA),
innovative
construction
practices.
study’s
findings
indicate
all
these
play
vital
role
design
new
They
highlight
significant
potential
wood
achieving
buildings
(ZCBs),
positioning
it
compelling
alternative
traditional
materials.
However,
also
underscores
despite
wood’s
numerous
benefits,
its
implementation
ZCBs
faces
several
challenges,
including
social,
regulatory,
financial
barriers.
Language: Английский
Numerical Methods for Topological Optimization of Wooden Structural Elements
Buildings,
Journal Year:
2024,
Volume and Issue:
14(11), P. 3672 - 3672
Published: Nov. 18, 2024
Timber
represents
a
building
material
that
aligns
with
the
environmental
demands
on
impact
of
construction
sector
climate
change.
The
most
common
engineering
solution
for
modern
timber
buildings
large
spans
is
glued
laminate
(glulam).
This
project
proposes
tool
topological
optimized
geometry
generator
structural
elements
made
glulam
can
be
used
database
topologically
beams.
In
turn,
this
further
to
train
machine
learning
models
embed
and
behavior
information.
Topological
optimization
tasks
usually
require
number
iterations
in
order
reach
design
goals.
Therefore,
embedding
information
into
belonging
same
groups
will
result
faster
process
since
certain
aspects
regarding
such
as
strength
stiffness
quickly
estimated
using
Artificial
Intelligence
techniques.
Topologically
propositions
could
obtained
by
employing
generative
model
techniques
which
propose
geometries
are
closer
results
FEM
present
starting
point
analysis
reduced
amount
time.
Language: Английский