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Radhakrishna Sureshkumar
Washington University
$2,338,784
Attributed
$4,928,007
Total exposure
14
Grants
10
Lead (contact PI)
Attributed= this PI's even-split share of every grant they're on (the fair, additive number). Exposure = full size of all those grants.
Funding over time
peak $2.5M · FY2008–12$5M$3.8M$2.5M$1.3M$0
'08
'09
'10
'11
'12
Funding mix
By agency
NSF$4,928,007 · 14
By mechanism
—$4,928,007 · 14
Top collaborators
- Bamin Khomami2 shared
- Amy Q Shen1 shared
- Arindam Chakraborty1 shared
- Dacheng Ren1 shared
- Milorad P Dudukovic1 shared
- Ramesh Raina1 shared
- Ramki Kalyanaraman1 shared
- Rebecca A Bader1 shared
Grant awards (14)
I-Corps: Low cost, high volume manufacturing of multicomponent plasmonic interfaces: A nanopaint-based technology for tunable light capturing and energy harvesting$50,000
· FY2012 · TIP · contact PI
EFRI-MIKS: Deciphering and Controlling the Signaling Processes in Bacterial Multicellular Systems and Bacteria-Host Interactions$2,299,875
· FY2011 · ENG
CI-TEAM Demo: Scientific Exploration through Simulation (SETS): Cloud-Enabled in silico Design and Discovery of Energy Materials in STEM Education$249,940
· FY2011 · CSE · contact PI
Collaborative Research: Type II: Flow-induced fragmentation mechanisms in bacterial biofilms by hierarchical modeling of polymeric, interfacial and viscoelastic interactions$426,289
· FY2010 · ENG · contact PI
Collaborative Research: Towards a molecular-scale understanding of flow-induced gelation in rodlike micelle solutions$174,992
· FY2010 · ENG · contact PI
Collaborative Research: Understanding pressure drop-flow rate relationships in inertialess viscoelastic flows: effects of flow instability and stress-conformation hysteresis$135,836
· FY2010 · ENG · contact PI
Collaborative Research: Type II: Flow-induced fragmentation mechanisms in bacterial biofilms by hierarchical modeling of polymeric, interfacial and viscoelastic interactions$426,289
· FY2009 · MPS · contact PI
Collaborative Research: Towards a molecular-scale understanding of flow-induced gelation in rodlike micelle solutions$63,492
· FY2009 · ENG · contact PI
Collaborative Research: Novel 3D Nanocomposites for Optical and Solar Applications: A First Principles Approach to Cost-Effective Design, Nanomanufacturing and Characterization.$321,026
· FY2008 · ENG
Collaborative Research: Understanding pressure drop-flow rate relationships in inertialess viscoelastic flows: effects of flow instability and stress-conformation hysteresis$198,745
· FY2008 · ENG · contact PI
Collaborative Research: Flow Transitions and Turbulence in the Taylor-Couette Flow of Dilute Polymer Solutions$199,974
· FY2004 · ENG · contact PI
NER: High Throughput Manufacturing of Nanoporous Films via Flow-Induced Micelle Alignment$131,778
· FY2004 · ENG
ESTEEMS: Efficient Simulation of Thermoelastic Effects on the Evolution of Microstructure and Stability of Prototypical Processing Flows of Complex Fluids$150,000
· FY2002 · ENG · contact PI
Strategic Changes in Chemical Engineering Curriculum$99,771
· FY2002 · ENG