Applied Sciences,
Journal Year:
2023,
Volume and Issue:
13(22), P. 12491 - 12491
Published: Nov. 19, 2023
In
the
realm
of
building
demolition,
ensuring
uniform
distribution
energy
from
multiple
sources
is
paramount
significance
for
systematic
deconstruction
large
structures.
This
study
presents
an
integrated
methodology
that
combines
genetic
optimization
and
potential
balance
to
determine
most
suitable
locations
release
points,
thereby
enhancing
efficiency
reliability
demolition
process.
We
initiate
our
approach
by
randomly
selecting
points
within
a
model
subsequently
simulate
dispersion
utilizing
function
until
reaching
stable
boundaries.
instances
where
discrepancy
in
area
between
regions
with
maximum
minimum
exceeds
predefined
threshold,
we
instigate
process
employing
algorithms.
involves
crossover
mutation
operations,
followed
subsequent
calculations.
The
result
not
only
improvement
but
also
assurance
even
coverage
throughout
target
area.
Applied Sciences,
Journal Year:
2023,
Volume and Issue:
13(18), P. 10306 - 10306
Published: Sept. 14, 2023
Color
design
plays
a
pivotal
role
in
determining
whether
marine
urban
landscapes
meet
the
diverse
needs
of
individuals,
encompassing
their
visual,
psychological,
behavioral,
and
spiritual
dimensions.
In
contemporary
environment,
host
practical
challenges,
including
severe
color
pollution,
absence
regional
cultural
characteristics,
lack
humanistic
sensitivity
public
spaces’
schemes,
necessitates
thorough
exploration
intricate
relationship
between
human
psychological
within
environmental
contexts.
This
study
leverages
potential
interactive
genetic
algorithms
as
powerful
tool
for
innovative
solutions.
Anchored
nexus
psychology,
theory,
this
research
delves
into
nuances
landscape
color.
Employing
comprehensive
approach
that
combines
questionnaires
extensive
field
surveys,
we
seek
to
elucidate
critical
interplay
well-being.
Drawing
upon
case
Zhuhai
Shijingshan
Park,
harness
principles
iteratively
patterns.
Through
experimentation,
our
unveils
novel
strategies
harmonize
with
idiosyncrasies
human–environment
interface.
Specifically,
findings
highlight
profound
impact
selection
on
emotional
behavioral
responses
individuals
landscapes.
Our
contributes
vital
insights
art
science
design,
shedding
light
nuanced
ways
which
choices
can
enhance
quality
spaces
promote
endeavors
bridge
gap
psychology
through
By
addressing
challenges
leveraging
techniques,
strive
provide
holistic
understanding
symbiotic
experience,
ultimately
enriching
practices
shape
environments.
Frontiers of Architectural Research,
Journal Year:
2024,
Volume and Issue:
13(3), P. 639 - 649
Published: March 22, 2024
Flexible
housing
resolves
the
fundamental
conflicts
between
long-standing
structure
and
evolving
demands.
We
propose
a
computational
method
of
optimizing
structural
layout
high-rise
residential
buildings.
Chinese
apartment
buildings
have
widely
employed
shear
wall-frame
in
which
one
big
room
or
multiple
small
rooms
could
occupy
same
span.
Fitting
floor
plans
into
fixed
sparse
scheme
walls
columns
is
feasible.
developed
framework
to
seek
flexible
schemes.
A
building
consists
circulation
core,
walls,
columns,
boundaries.
The
computer
program
automatically
adapts
any
drawn
generated
scheme.
Based
on
large
dataset
layouts,
number
apartments
that
fit
statistically
reflects
flexibility
If
many
hypothetical
can
simulation,
this
probably
support
several
generations
unknown
plans.
Such
data-driven
provides
possibility
creating
one-to-many
mapping
permanent
International Journal of Architectural Computing,
Journal Year:
2025,
Volume and Issue:
unknown
Published: Jan. 6, 2025
In
architectural
design,
a
well-structured
and
adaptable
approach
is
fundamental
to
creating
functional
cohesive
spaces,
providing
foundational
framework
for
spatial
organization.
As
design
requirements
grow
increasingly
complex,
traditional
methods
often
fall
short
of
addressing
multifaceted
needs,
such
as
user
preferences,
environmental
considerations,
geometric
constraints.
Computational
techniques
offer
advanced
automate
refine
space
planning.
Despite
significant
advancements
in
computational
software
data
processing
capabilities,
challenges
remain
practically
embedding
diverse
criteria.
This
study
systematically
reviews
from
2013
2023,
analyzing
methodologies,
typological
applications,
integration.
The
findings
highlight
shift
rule-based
data-driven
approaches,
emphasizing
the
development
scalable
intuitive
tools.
research
identifies
pathways
adopting
practice
education,
underlining
critical
role
user-centered
adaptability
responsiveness
shaping
future
International Journal of Architectural Computing,
Journal Year:
2025,
Volume and Issue:
unknown
Published: March 13, 2025
Space
layout
design
(SLD)
is
an
essential
process
in
architectural
design.
While
residential
generation
has
been
widely
explored,
limited
research
focused
on
rural
residences.
To
address
this
gap,
study
proposes
a
novel
approach
utilizing
the
Wave
Function
Collapse
(WFC)
algorithm
to
generate
layouts,
offering
adaptability
diverse
site
conditions
and
varying
needs
areas.
Firstly,
we
introduce
method
for
floor
plan
analysis
that
automatically
extracts
both
geometric
topological
features
from
given
dataset.
We
then
develop
program
based
WFC.
Finally,
multi-criteria
decision-making
(MCDM)
utilized
assess
generated
layouts
perspectives
of
spatial
rationality
usability
efficiency.
validate
effectiveness
approach,
conducted
experiments
using
northern
China
as
case
study.
The
results
demonstrate
our
can
efficiently
highlighting
computational
efficiency
WFC
its
conditions.
Our
provides
architects
with
intelligent
tool
early
stages
design,
including
analysis,
generation,
evaluation.
