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Pore-Scale Investigation of Wetting Strength on Capillary Pressure Hysteresis in A Realistic Porous Media Using Lattice Boltzmann Method

Pore-Scale Investigation of Wetting Strength on Capillary Pressure Hysteresis in A Realistic Porous Media Using Lattice Boltzmann Method oRpqB
Capillary pressure hysteresis is considered a realistic porous media characteristic, which strongly affects the fluid flow displacement. Therefore, after benchmark tests, the basic concepts of drainage and imbibition processes and how to determine the capillary pressure-saturation curve by the Lattice Boltzmann Method are discussed. Studies have been done in three categories of wettability conditions, including nearly neutral wet, moderately wet, and strongly wet. The interesting point is the capillary pressure bump phenomenon in the drainage process because this model can capture that. Since the capillary pressure plays a resistive-role for fluid displacement in the drainage process, wettability change controls the flow pattern intensely. Furthermore, results show that increasing the wetting strength will intensify this phenomenon despite the shift of both imbibition and drainage curves towards higher capillary pressures. Hence, the cause of this event can be the excessive increase of capillary pressure in some pores. Another implication is that increasing the wettability strength will allow more wetting fluid to be trapped in the drainage process, which is a sign of the snap-off phenomenon.
You use this word too often, consider replacing it with
Capillary
You use this word too often, consider replacing it with
pressure
hysteresis
is considered
a realistic porous media characteristic, which
strongly
affects the fluid flow displacement.
Therefore
, after benchmark
This phrase/word (depending on the context) can be potentially replaced with :
tests
, the basic concepts of
You use this word too often, consider replacing it with
drainage
and
Possible spelling mistake found.
imbibition
You use this word too often, consider replacing it with
processes
and how to determine the
You use this word too often, consider replacing it with
capillary
pressure-saturation curve by the Lattice Boltzmann Method
are discussed
. Studies have
been done
in three categories of
Possible spelling mistake found.
wettability
conditions, including
nearly
neutral wet,
moderately
wet, and
strongly
wet. The interesting point is the
You use this word too often, consider replacing it with
capillary
You use this word too often, consider replacing it with
pressure
bump phenomenon in the
You use this word too often, consider replacing it with
drainage
You use this word too often, consider replacing it with
process
This phrase/word is too simple and can be replaced with:
because
this model can capture that. Since the
You use this word too often, consider replacing it with
capillary
You use this word too often, consider replacing it with
pressure
plays a resistive-role for fluid displacement in the
You use this word too often, consider replacing it with
drainage
You use this word too often, consider replacing it with
process
,
Possible spelling mistake found.
wettability
This phrase/word (depending on the context) can be potentially replaced with :
change
controls the flow pattern
intensely
.
Furthermore
, results
This phrase/word (depending on the context) can be potentially replaced with :
show
that increasing the wetting strength will intensify this phenomenon despite the shift of both
Possible spelling mistake found.
imbibition
and
You use this word too often, consider replacing it with
drainage
curves towards higher
You use this word too often, consider replacing it with
capillary
You use this word too often, consider replacing it with
pressures
.
Hence
, the cause of this
This phrase/word (depending on the context) can be potentially replaced with :
event
can be the excessive increase of
You use this word too often, consider replacing it with
capillary
You use this word too often, consider replacing it with
pressure
in
This phrase/word is too simple and can be replaced with:
some
pores. Another implication is that increasing the
Possible spelling mistake found.
wettability
strength will
This phrase/word (depending on the context) can be potentially replaced with :
allow
more wetting fluid to
be trapped
in the
You use this word too often, consider replacing it with
drainage
You use this word too often, consider replacing it with
process
, which is a
This phrase/word (depending on the context) can be potentially replaced with :
sign
of the snap-off phenomenon.
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IELTS essay Pore-Scale Investigation of Wetting Strength on Capillary Pressure Hysteresis in A Realistic Porous Media Using Lattice Boltzmann Method

Essay
  American English
1 paragraphs
173 words
This writing has been penalized,
text can't be
less than 250 words in Task 2
and less than 150 words in Task 1
5.0
Overall Band Score
Coherence and Cohesion: 5.0
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Lexical Resource: 5.0
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Grammatical Range: 6.5
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