The Influence of Multisensory Perception on Student Outdoor Comfort in University Campus Design
Atmosphere,
Год журнала:
2025,
Номер
16(2), С. 150 - 150
Опубликована: Янв. 29, 2025
The
user’s
experience
is
critical
in
spatial
design,
particularly
outdoor
spaces
like
university
campuses,
where
the
physical
environment
significantly
influences
students’
relaxation
and
stress
relief.
This
study
investigates
combined
impact
of
thermal,
luminous,
auditory
environments
on
perceptions
within
recreational
areas
at
Bordj
Bou
Arreridj
University
Campus.
A
mixed-method
approach
field
surveys
on-site
measurements
across
eleven
locations
three
distinct
configurations.
findings
from
this
indicate
that
had
most
substantial
influence
overall
perceptions,
surpassing
luminous
thermal
factors.
open
courtyard
(Area
1)
was
perceived
as
less
comfortable
due
to
excessive
heat
noise
exposure.
shaded
zone
2)
identified
vulnerable,
experiencing
significant
disturbances.
In
contrast,
secluded
patio
3)
achieved
highest
comfort
rating
cheerful
suitable
space.
Correlation
analysis
revealed
interrelationships
between
perceptual
dimensions,
highlighting
role
factors
such
wind
velocity,
sky
view
factor,
illuminance
shaping
acoustic
perceptions.
fuzzy
logic
model
developed
predict
user
comfort,
suitability,
mood
based
measured
environmental
parameters
address
complexity
multisensory
interactions.
highlights
importance
integrating
evaluations
into
design
optimize
quality
environments.
Язык: Английский
Design Optimization Approach for Residential Outdoor Environments Based on Seasonal Variations in Local Thermal Perception
Buildings,
Год журнала:
2025,
Номер
15(6), С. 876 - 876
Опубликована: Март 12, 2025
Outdoor
thermal
environments
significantly
influence
residents’
outdoor
activities,
yet
current
urban
design
often
lacks
sufficient
attention
to
comfort,
and
existing
methods
remain
inadequate.
This
study
addresses
these
gaps
by
first
demonstrating
the
crucial
impact
of
on
human
activity
through
a
combination
field
measurements
resident
surveys.
Using
Yangtze
River
Delta
region
as
case
study,
we
propose
set
optimization
strategies
based
local
perception
characteristics.
By
conducting
quantitative
analysis
perception,
this
identifies
their
seasonal
comfort
needs
translates
insights
into
refined
space
strategies.
The
results
highlight
significant
variations
in
preferences,
with
autumn
providing
highest
satisfaction,
followed
winter
summer.
Based
findings,
precision-driven
optimizations
that
align
spatial
configurations
thresholds.
Strategies
such
dynamic
shading
arrangements
for
summer
cooling
wind-shielding
structures
warmth
were
tailored
actual
usage
patterns,
enhancing
functionality
livability
spaces.
research
offers
data-driven
approach
climate-responsive
human-centered
residential
design,
valuable
guidance
planners
designers.
Язык: Английский