Titlebook: Nature-Inspired Fluid Mechanics; Results of the DFG P Cameron Tropea,Horst Bleckmann Book 2012 Springer Berlin Heidelberg 2012 Boundary Lay

helper-T-cells

Analysis of the Relation between Skin Morphology and Local Flow Conditions for a Fast-Swimming Dolph of the dolphin skin structure appears to be associated with the streamlined body geometry and corresponding gradients of the velocity and pressure rather than with specific local Re numbers. The hypotheses on different optimal conditions for potential drag-reducing properties of dolphin skin are proposed.

dictator

Hydrodynamic Perception in Pinnipedsfeatures with natural hydrodynamic stimuli. Biomechanical studies of isolated vibrissae in a flow tank show different signal-to noise ratios for the two species that are consistent with their different performance in behavioral experiments, and can be explained by fluid-structure interactions.

糾纏,纏繞

佛刊

Nature-Inspired Fluid Mechanics978-3-642-28302-4Series ISSN 1612-2909 Series E-ISSN 1860-0824

Confound

現(xiàn)暈光

標(biāo)準(zhǔn)

Headstrong

Theoretical and Experimental Investigations of Amoeboid Movement and First Steps of Technical Realisiation of the contour of the amoeba with optical flow measurement techniques like particle image velocimetry (PIV) we found characteristic velocity fields and motions of the center of mass. Furthermore a peripheral cell model is developed, in which a contractile backward flow of actin-myosin in the

anaerobic

Swimming at Low Reynolds Number: From Sheets to the African Trypanosomee implement and investigate three swimmer models, the Taylor sheet, a constanttorque swimmer, and a model for the African trypanosome. The first two swimmers are based on a semi-flexible sheet and the third is a full three-dimensional model. We simulate the viscous fluid environment of the swimmers

索賠

African Trypanosomes as Model System for Functional Analyses of Microbial Motilityphenomenon in life science. Nature offers clever and inspiring strategies for self-propelling in an environment of no inertia. The flagellate African trypanosome, which causes African sleeping sickness, moves with help of a flagellum, which is firmly attached to its cell body. The beating flagellum