136 citations · 267 across the 16 of their papers we have counts for
16 papers
Precipitation-dissolution cycling drives intermittent salt creeping
Javier Rodríguez-Rodríguez, Manikuntala Mukhopadhyay, Lijun Thayyil Raju +3
Salt creeping --- the precipitation of salt crystals away from an evaporating liquid interface along surrounding surfaces --- occurs across settings from geology and cultural-herit…
Stood-up drop to measure receding contact angles
Diego Díaz, Aman Bhargava, Franziska Walz +9
The wetting behavior of drops on natural and industrial surfaces is determined by the advancing and receding contact angles. They are commonly measured by the sessile drop techniqu…
Hysteresis in the freeze-thaw cycle of emulsions and suspensions
Wilfried Raffi, Jochem G. Meijer, Detlef Lohse
Freeze-thaw cycles can be regularly observed in nature in water and are essential in industry and science. Objects present in the medium will interact with either an advancing soli…
Impacting spheres: from liquid drops to elastic beads
Saumili Jana, John Kolinski, Detlef Lohse +1
A liquid drop impacting a non-wetting rigid substrate laterally spreads, then retracts, and finally jumps off again. An elastic solid, by contrast, undergoes a slight deformation,…
Holes in Sheets: Double-Threshold Rupture of Draining Liquid Films
Ayush K. Dixit, Chunheng Zhao, Stéphane Zaleski +2
Classical rupture is attributed to molecular (van der Waals) forces acting at nanometric thicknesses. Nonetheless, micron-thick liquid sheets routinely perforate far above the scal…
Implementation of integral surface tension formulations in a volume of fluid framework and their applications to Marangoni flows
Mandeep Saini, Vatsal Sanjay, Youssef Saade +2
Accurate numerical modeling of surface tension has been a challenging aspect of multiphase flow simulations. The integral formulation for modeling surface tension forces is known t…
Unifying theory of scaling in drop impact: Forces & maximum spreading diameter
Vatsal Sanjay, Detlef Lohse
The dynamics of drop impact on a rigid surface -- omnipresent in nature and technology -- strongly depends on the droplet's velocity, its size, and its material properties. The mai…
Viscoelastic Worthington jets & droplets produced by bursting bubbles
Ayush K. Dixit, Alexandros Oratis, Konstantinos Zinelis +2
Bubble bursting and subsequent collapse of the open cavity at free surfaces of contaminated liquids can generate aerosol droplets, facilitating pathogen transport. After film ruptu…
Deforming ice with drops
Duco van Buuren, Pallav Kant, Jochem G. Meijer +2
A uniform solidification front undergoes non-trivial deformations when encountering an insoluble dispersed particle in a melt. For solid particles, the overall deformation characte…
On the shape of air bubbles trapped in ice
Virgile Thiévenaz, Jochem G. Meijer, Detlef Lohse +1
Water usually contains dissolved gases, and because freezing is a purifying process these gases must be expelled for ice to form. Bubbles appear at the freezing front and are then…
Enhanced bubble growth near an advancing solidification front
Jochem G. Meijer, Duarte Rocha, Annemarie M. Linnenbank +2
Frozen water might appear opaque since gas bubbles can get trapped in the ice during the freezing process. They nucleate and then grow near the advancing solidification front, due…
Freezing-induced topological transition of double-emulsion
Jochem G. Meijer, Pallav Kant, Detlef Lohse
Solidification of complex liquids is pertinent to numerous natural and industrial processes. Here, we examine the freezing of a W/O/W double-emulsion, i.e., water-in-oil compound d…
Frozen Cheerios effect: Particle-particle interaction induced by an advancing solidification front
Jochem G. Meijer, Vincent Bertin, Detlef Lohse
Particles at liquid interfaces have the tendency to cluster due to capillary forces competing with gravitational buoyancy (i.e., normal to the distorted free surface). This is know…
The role of viscosity on drop impact forces on non-wetting surfaces
Vatsal Sanjay, Bin Zhang, Cunjing Lv +1
A liquid drop impacting a rigid substrate undergoes deformation and spreading due to normal reaction forces, which are counteracted by surface tension. On a non-wetting substrate,…
Anisotropy and scaling corrections in turbulence
Detlef Lohse, Axel Müller-Groeling
Two parametrizations for second order velocity moments, the Batchelor parametrization for the r-space structure function and a common parametrization for the energy spectrum, $E(p)…
Bottleneck effects in turbulence: Scaling phenomena in r- versus p-space
Detlef Lohse, Axel Mueller-Groeling
We (analytically) calculate the energy spectrum corresponding to various experimental and numerical turbulence data analyzed by Benzi et al.. We find two bottleneck phenomena: Whil…