Mahesh S. Tirumkudulu, Ph.D.
Affiliations: | 2001 | City University of New York, New York, NY, United States |
Area:
rheological behavior of suspensionsGoogle:
"Mahesh Tirumkudulu"Mean distance: 10.65 | S | N | B | C | P |
Parents
Sign in to add mentor| Andreas Acrivos | grad student | 2001 | CUNY (E-Tree) | |
| (Viscous resuspension and particle segregation in concentrated suspensions undergoing shear.) | ||||
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Publications
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| Bamboriya OP, Tirumkudulu MS. (2023) Universality in the buckling behavior of drying suspension drops. Soft Matter. 19: 2605-2611 |
| Tomar BS, Shahin A, Tirumkudulu MS. (2020) Cracking in drying films of polymer solutions. Soft Matter. 16: 3476-3484 |
| Roy S, Tirumkudulu MS. (2020) Micro-mechanical theory of shear yield stress for strongly flocculated colloidal gel. Soft Matter |
| Yadav A, Hinch EJ, Tirumkudulu MS. (2019) Capillary-Induced Motion of Particles Bridging Interfaces of a Free-Standing Thin Liquid Film. Physical Review Letters. 122: 098001 |
| Tirumkudulu MS. (2018) Buckling of a drying colloidal drop. Soft Matter |
| Majumdar N, Tirumkudulu MS. (2018) Dynamics of Radially Expanding Liquid Sheets. Physical Review Letters. 120: 164501 |
| Yadav A, Tirumkudulu MS. (2017) Free-standing monolayer films of ordered colloidal particles. Soft Matter |
| Roy S, Tirumkudulu MS. (2016) Universality in consolidation of colloidal gels. Soft Matter |
| Sengupta R, Tirumkudulu MS. (2016) Dynamics of cracking in drying colloidal sheets. Soft Matter |
| Roy S, Tirumkudulu MS. (2016) Yielding in a strongly aggregated colloidal gel. Part II: Theory Journal of Rheology. 60: 575-586 |