papers

Publications (12)

physics.flu-dyn2011

Algorithm for a microfluidic assembly line

Tobias M. Schneider, Shreyas Mandre, Michael P. Brenner

Microfluidic technology has revolutionized the control of flows at small scales giving rise to new possibilities for assembling complex structures on the microscale. We analyze dif…

physics.flu-dyn2017

Surface tension of flowing soap films

Aakash Sane, Shreyas Mandre, Ildoo Kim

The surface tension of flowing soap films is measured with respect to the film thickness and the concentration of soap solution. We perform this measurement by measuring the curvat…

cond-mat.soft2014

Dynamics of evaporative colloidal patterning

C. Nadir Kaplan, Ning Wu, Shreyas Mandre +2

Drying suspensions often leave behind complex patterns of particulates, as might be seen in the coffee stains on a table. Here we consider the dynamics of periodic band or uniform…

physics.flu-dyn2017

Curvature-induced stiffening of a fish fin

Khoi Nguyen, Ning Yu, Mahesh M. Bandi +2

How fish modulate their fin stiffness during locomotive manoeuvres remains unknown. We show that changing the fin's curvature modulates its stiffness. Modelling the fin as bendable…

physics.flu-dyn2015

Elastohydrodynamics of contact in adherent sheets

Andreas Carlson, Shreyas Mandre, L. Mahadevan

Adhesive contact between a thin elastic sheet and a substrate in a liquid environment arises in a range of biological, physical and technological applications. By considering the d…

physics.bio-ph2018

How to run on rough terrains

Nihav Dhawale, Shreyas Mandre, Madhusudhan Venkadesan

Stability of running on rough terrain depends on the propagation of perturbations due to the ground. We consider stability within the sagittal plane and model the dynamics of runni…

physics.bio-ph2017

Stiffness of the human foot and evolution of the transverse arch

Madhusudhan Venkadesan, Marcelo A. Dias, Dhiraj K. Singh +2

Foot stiffness underlies its mechanical function, and is central to the evolution of human bipedal locomotion. The stiff and propulsive human foot has two distinct arches, the long…

physics.flu-dyn2016

Marangoni elasticity of flowing soap films

Ildoo Kim, Shreyas Mandre

We measure the Marangoni elasticity of a flowing soap film to be 22 dyne/cm irrespective of its width, thickness, flow speed, or the bulk soap concentration. We perform this measur…

physics.flu-dyn2011

Skating on a Film of Air: Drops Impacting on a Surface

John M. Kolinski, Shmuel M. Rubinstein, Shreyas Mandre +3

Drops impacting on a surface are ubiquitous in our everyday experience. This impact is understood within a commonly accepted hydrodynamic picture: it is initiated by a rapid shock…

physics.flu-dyn2018

Framework for systematic flow manipulation by wind and hydrokinetic energy turbine arrays

Shreyas Mandre, Niall M. Mangan

Wind and hydrokinetic energy turbines are often constrained to locations where the available energy is limited by the operation of the turbines themselves. In two-dimensions, we de…

physics.bio-ph2025

Transverse contributions to the longitudinal stiffness of the human foot

Ali Yawar, Lucia Korpas, Shreyas Mandre +1

Humans rely on foot stiffness to withstand the propulsive forces of walking and running. Skeletal adaptations that increase foot stiffness include the medial longitudinal arch (MLA…

physics.flu-dyn2015

Monami as an oscillatory hydrodynamic instability in a submerged sea grass bed

Ravi Singh, M. M. Bandi, Amala Mahadevan +1

The onset of monami ~-- the synchronous waving of sea grass beds driven by a steady flow -- is modeled as a linear instability of the flow. Unlike previous works, our model conside…