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Rheological behavior of mortars: comparison between rotational and squeeze-flow techniques
Fabio Cardoso
, Vanderley John
, Rafael Pileggi
, Phillip Frank Gower Banfill
School of Energy, Geoscience, Infrastructure and Society
Research output
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Contribution to conference
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Paper
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Dive into the research topics of 'Rheological behavior of mortars: comparison between rotational and squeeze-flow techniques'. Together they form a unique fingerprint.
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Engineering
Rheological Behavior
100%
Rotational
100%
Phase Separation
66%
Flow Condition
33%
Main Reason
33%
Flow Curve
33%
Flow Behavior
33%
Hysteresis Effect
33%
Shear Rate
33%
Point Method
33%
Critical Role
33%
Complementary Technique
33%
Limitations
33%
Building Material
33%
Fluid Viscosity
33%
Parallel Plate
33%
INIS
comparative evaluations
100%
mortars
100%
shear
66%
testing
50%
range
33%
geometry
33%
slip
33%
applications
16%
reduction
16%
curves
16%
plates
16%
compression
16%
devices
16%
processing
16%
hysteresis
16%
breakdown
16%
viscosity
16%
segregation
16%
building materials
16%
Material Science
Building Material
100%
Workability
100%
Physics
Evolution (Development)
100%
Chemistry
Phase Separation
100%