Buildings,
Journal Year:
2023,
Volume and Issue:
13(4), P. 917 - 917
Published: March 30, 2023
Green
buildings
(GBs)
can
effectively
reduce
building
energy
consumption
and
alleviate
problems.
However,
as
green
projects
swell,
the
development
process
of
GBs
in
China
has
gradually
exposed
many
problems,
among
which
greenwashing
behavior
construction
enterprises
is
more
serious.
The
government
needs
to
adopt
some
appropriate
policies
prevent
problems
GBs.
This
paper
uses
evolutionary
game
theory
construct
models
proposes
four
policy
combinations:
static
reward
punishment,
dynamic
punishment.
We
compare
impact
combinations
on
strategy
analyze
inner
mechanisms
evolution
departments
enterprises.
Our
results
revealed
no
stabilization
system
under
punishment
policy.
Under
combination
subsidies
penalty
policy,
effect
best.
Furthermore,
a
obvious
restraining
should
dynamically
adjust
rewards
punishments
according
quality
determine
upper
limit
improve
policies’
applicability
effectiveness.
study
provides
theoretical
support
for
healthy
buildings.
Advances in Applied Energy,
Journal Year:
2021,
Volume and Issue:
2, P. 100024 - 100024
Published: March 27, 2021
Renewable
multi-energy
systems
have
become
a
promising
solution
for
deep
decarbonization.
However,
government
subsidy
is
needed
to
incentivize
the
deployment
of
renewable
technologies
emission
reduction.
Here,
we
provide
game
theory-based
modeling
framework
along
with
tailored
strategy
optimizing
system
design
and
strategies.
We
apply
our
four
pilot
towns
in
China
studying
how
consumers
interact
each
other
achieve
their
respective
goals
minimum
costs.
show
that
policies
can
effectively
promote
penetration
or
reduce
carbon
emissions,
photovoltaic
panels
wind
turbines
absorb
most
cap
cases,
respectively.
also
analyze
detail
optimal
energy
technology
operations
meeting
targets
towns.
find
only
increasing
cannot
decarbonization;
however,
directly
imposing
causes
heavy
financial
burden.
Hence,
recommend
an
economic
two-phase
decarbonization
pathway,
namely
first
dependence
on
fossil
then
fulfill
Our
pathway
be
applied
cities
worldwide,
aiming
penetration,
reliance
fuels,
finally
realize
neutral
cities.
proposed
extended
various
temporal
spatial
scales
different
entities
cooperate
together
Buildings,
Journal Year:
2022,
Volume and Issue:
12(2), P. 237 - 237
Published: Feb. 18, 2022
The
Green
Technology
Innovation
Behavior
(GTIB)
of
construction
enterprises
is
crucial
for
promoting
green
development
in
the
industry.
In
order
to
clarify
mechanism
action
affecting
GTIB
enterprises,
this
paper
considers
context
industry
based
on
vector
autoregressive
model
and
constructs
a
theoretical
enterprises.
Time
series
data
collected
by
Chinese
government
(2000–2018)
were
used
analyze
factors
influencing
EViews
10.0.
results
showed
following:
(1)
direct
investment
has
greatest
impact
made
positive
contribution;
(2)
added
value
Gross
Domestic
Product
(GDP)
relatively
small
enterprises;
(3)
role
environmental
regulation
non-linear.
This
further
broadens
research
Meanwhile,
provides
reference
basis
local
governments
formulate
policies
related
Frontiers in Materials,
Journal Year:
2023,
Volume and Issue:
10
Published: May 15, 2023
Introduction:
The
construction
industry
uses
a
large
quantity
of
natural
materials
in
the
production
concrete.
Although
attempts
to
incorporate
green
concrete
began
years
ago,
not
every
building
such
today,
and
roadways,
particularly,
still
rely
on
unsustainable
materials.
Methods:
Therefore,
this
study
used
alternative
materials,
including
fly
ash,
manufactured
sand
aggregates,
different
molarities
alkaline
activators,
waste
byproducts
geopolymer
white-topping
pavement
layer.
Recent
developments
have
led
emergence
geopolymers
as
distinct
classes
In
1990s,
ash-based
became
more
popular
than
other
kinds,
they
are
efficient
compared
Portland
cement
Results:
Aluminosilicate
gel
can
be
obtained
by
combining
ash
solution.
A
comprehensive
literature
review
was
performed
study.
It
examines
its
critical
design
parameters,
solutions,
curing
temperatures,
methods,
workability,
compressive
strength
under
various
environmental
conditions.
This
provides
unique
opportunity
for
researchers
understand
how
performs.
Discussion:
range
conditions
were
investigated
determine
enhance
use
material
variety
ways.
fresh
characteristics
mixes
studied
using
slump
Vee-Bee
tests,
cured
determined
flexural,
compressive,
flexural
fatigue
tests.
results
indicated
that
with
high-molarity
activators
an
excellent
maximum
resistance
5.1
N/mm
2
strength,
properties,
making
it
suitable
roadway
pavement.
International Journal of Environmental Research and Public Health,
Journal Year:
2022,
Volume and Issue:
19(3), P. 1550 - 1550
Published: Jan. 29, 2022
As
the
concern
for
environmental
pollution
and
occupational
safety
caused
by
construction
industry
is
gradually
increasing
worldwide,
prefabricated
building
model
has
become
a
type
of
promoted
sustainable
societies.
In
China,
management
codes
buildings
are
not
mature
enough
accidents
occur
frequently
during
process.
Therefore,
how
to
analyze
determine
main
factors
that
affect
problem
protect
lives
health
workers.
this
study,
we
focused
our
research
on
accident-prone
component-hoisting
phase.
First,
through
questionnaire
accident
data,
traditional
human
analysis
classification
system
(HFACS)
was
improved
into
HFACS-prefabricated
hoisting
(PH)
risk
model.
This
study
also
established
comprehensive
prevention
control
process
combining
factor
using
structural
equation
modeling
(SEM).
The
measures
avoid
occurrence
were
proposed
from
four
aspects:
external
environment,
organizational
factors,
prerequisites
triggering
accidents,
unsafe
leadership
behaviors.
results
showed
following:
(1)
For
standards
should
be
supervision
responsibilities
implemented.
(2)
systems
with
more
capital
investment.
(3)
behaviors,
education
training
strengthened
ensure
workers'
optimal
physical
psychological
states.
(4)
prerequisite
it
necessary
create
good
work
environment.
