Iris Publishers - Global Journal of Engineering Sciences (GJES)
Development of Mathematical Model to Predict
Marshal Stability on Modified Asphalt
This paper monitor the rate at which marshal stability experienced
improvement through modifiers with shell ash, these are
filler that play a tremendous role in engineering properties of
bituminous paving mixes. The study tries to improve the asphaltic
materials applying these modifiers, the application of conventional,
cement, lime and stone done are used as fillers. But for this
study, an attempt has been made to access the effect of non-conventional
filler (snail shell ash) the study applied modeling and
simulation, this concept try to predict the variation of marshal
stability at different percentage of shell ash, the predictive values
generated parameters that are validated with experimental data, the
values of both parameters observed to be stability and OK
and it implies that it meant the criteria for asphalt institute for Mix
design. The study from the predictive developed parameters
between predictive and experimental values are 6.14 and 6.95 7.3 and 7.1
and 6.1 and 6.25, The results of asphaltic concrete showed
that at 6.5% of filler content, the generated simulation validated with
experimental parameters satisfied the standard of Marshal
Properties. Thus, snail shell at 6.5% snail shell content of asphaltic
concrete.
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