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Shravan Pradeep, PhD
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Understanding the rheology of kaolinite clay suspensions using Bayesian inference
Phase-separation during sedimentation of dilute bacterial suspensions
Rheology of debris-flow materials is controlled by the distance from jamming
Hydrodynamic origin for the suspension viscoelasticity of rough colloids
Bacteria: To biofilm or not to biofilm
Water-stable metal-organic frameworks for wound healing
MOF‐based multifunctional membranes toward liquid‐and gas‐hazards abatement
Jamming distance dictates colloidal shear thickening
Contact criterion for suspensions of smooth and rough colloids
Experimental synthesis and characterization of rough particles for rheology
ZnS quantum dots for photocatalytic degradation of biological dye pollutants
Fe
3+
and Mn
2+
doped ZnS quantum dots for photocatalytic applications
Quantum dots for fluorescent labelling of sulphate-reducing bacteria
paper
Understanding the rheology of kaolinite clay suspensions using Bayesian inference
Phase-separation during sedimentation of dilute bacterial suspensions
Rheology of debris-flow materials is controlled by the distance from jamming
Hydrodynamic origin for the suspension viscoelasticity of rough colloids
Bacteria: To biofilm or not to biofilm
Water-stable metal-organic frameworks for wound healing
MOF‐based multifunctional membranes toward liquid‐and gas‐hazards abatement
Jamming distance dictates colloidal shear thickening
Contact criterion for suspensions of smooth and rough colloids
Experimental synthesis and characterization of rough particles for rheology
ZnS quantum dots for photocatalytic degradation of biological dye pollutants
Fe
3+
and Mn
2+
doped ZnS quantum dots for photocatalytic applications
Quantum dots for fluorescent labelling of sulphate-reducing bacteria
misc
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Engineering Hierarchical Complex Fluids
Design, mechanics, and manufacturing of earth-inspired multiscale soft matter
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Engineering Hierarchical Complex Fluids
Design, mechanics, and manufacturing of earth-inspired multiscale soft matter
blog
Physics of disaster: How mudslides move
New images lead to better prediction of shear thickening
news
Recognized as Victor K. LaMer Award finalist
Honorable Mention for the APS FECS Poster Award
Invited talk at the APS March Meeting
Work on clay rheology modeling published in the
Journal of Rheology
Work exploring suspension rheology approach to debris flows published in
PNAS
Excited to attend the KITP program on geophysical flows
Postdoctoral Poster Award at the SOR Annual Meeting in Chicago
Our work on rough suspension viscoelasticity out in the
Journal of Rheology
Attending Boulder Summer School on
Hydrodynamics Across Scales
during summer
team
Shravan Pradeep
Me
Shravan Pradeep
Earth & Environmental Sciences
Mechanical Engineering & Applied Mechanics
University of Pennsylvania
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