'Contact line' presentation slideshows

Liquid Droplet Dynamics: Variations on a Theme

Liquid Droplet Dynamics: Variations on a Theme. Collaborators: S.H. Davis, Northwestern University M.G. Worster, University of Cambridge M.G. Forest, University of North Carolina R. Superfine, University of North Carolina W.W. Schultz, University of Michigan

894 views • 72 slides

Drop Impact and Spreading on Surfaces of Variable Wettability

Drop Impact and Spreading on Surfaces of Variable Wettability. J.E Sprittles Y.D. Shikhmurzaev. Bonn 2007. Motivation. Drop impact and spreading occurs in many industrial processes. 100 million inkjet printers sold yearly. NEW: Inkjet printing of electronic circuits.

879 views • 72 slides

Drop Impact and Spreading on Surfaces of Variable Wettability

Drop Impact and Spreading on Surfaces of Variable Wettability. J.E Sprittles Y.D. Shikhmurzaev. Bonn 2007. Motivation. Drop impact and spreading occurs in many industrial processes. 100 million inkjet printers sold yearly. NEW: Inkjet printing of electronic circuits.

725 views • 72 slides

Two-phase hydrodynamic model for air entrainment at moving contact line

Two-phase hydrodynamic model for air entrainment at moving contact line. Tak Shing Chan and Jacco Snoeijer Physics of Fluids Group Faculty of Science and Technology University of Twente. Part one: Introduction. I ntroduction:. air. Static contact angle ? o. liquid. I ntroduction:.

640 views • 43 slides

Wetting in the presence of drying: solutions and coated surfaces

Wetting in the presence of drying: solutions and coated surfaces. Basics : Wetting, drying and singularities Wetting with colloidal and polymer suspensions Wetting coated surfaces. Coffee stain Deegan Nature 97. Many thanks to. E. Rio (Now in Orsay) G. Berteloot L. Limat Daerr

495 views • 36 slides

Tail wags the dog: Macroscopic signature of nanoscale interactions at the contact line

Tail wags the dog: Macroscopic signature of nanoscale interactions at the contact line. Len Pismen Technion, Haifa, Israel. Outline. Nanoscale phenomena near the contact line Perturbation theory based on scale separation Droplets driven by surface forces Self-propelled droplets.

477 views • 36 slides

Tail wags the dog: Macroscopic signature of nanoscale interactions at the contact line

Tail wags the dog: Macroscopic signature of nanoscale interactions at the contact line. Len Pismen Technion, Haifa, Israel. Outline. Nanoscale phenomena near the contact line Perturbation theory based on scale separation Droplets driven by surface forces Self-propelled droplets.

448 views • 36 slides

Contact Line Instability in Driven Films

Contact Line Instability in Driven Films. Spreading under the action of: gravity centrifugal force (spin coating) - surface tension gradients. Contact Line Instability: Experiments and Theory. Jennifer Rieser Roman Grigoriev Michael Schatz. School of Physics and

518 views • 32 slides

Contact Line Instability in Driven Films

Contact Line Instability in Driven Films. Spreading under the action of: gravity centrifugal force (spin coating) - surface tension gradients. Contact Line Instability: Experiments and Theory. Jennifer Rieser Roman Grigoriev Michael Schatz. School of Physics and

326 views • 32 slides

PIV Studies of the Zooming Bionematic Phase

PIV Studies of the Zooming Bionematic Phase. Luis Cisneros Department of Physics University of Arizona. NSF: MCB (NER). Chris Dombrowski John O. Kessler Raymond E. Goldstein. Earlier work: Dombrowski, et al., PRL 93, 098103 (2004). Advection, Dissipation & Diffusion:

473 views • 31 slides

483 views • 28 slides

Expression Cloning

Expression Cloning. Jung-yong Noh Ulrich Neumann Siggraph01. Introduction (1/2). What is Expression Cloning? Allow animations to be easily retargeted to new models Why Expression Cloning? Easily create facial animations for character models Provide an alternative from scratch.

746 views • 21 slides

Numerical Simulation of Spontaneous Capillary Penetration

Numerical Simulation of Spontaneous Capillary Penetration. PennState. r. h(r,t). Goal: Develop a first principle simulation to explore fluid uptake in capillaries. Tony Fick Comprehensive Exam Oct. 27, 2004. NASA Advanced Human Support Technology

392 views • 21 slides

Numerical Simulation of Spontaneous Capillary Penetration

Numerical Simulation of Spontaneous Capillary Penetration. PennState. r. h(r,t). Goal: Develop a first principle simulation to explore fluid uptake in capillaries. Tony Fick Comprehensive Exam Oct. 27, 2004. NASA Advanced Human Support Technology

339 views • 21 slides

Pre-Conflict context

Pre-Conflict context. 2012: enrolment rate in primary school was 99% - both for girls and for boys 12 years of schooling are mandatory. Impact of conflict on Education. Impact of conflict on Education.

105 views • 10 slides