58,233 research outputs found
Beckmann (Birth, 1879-08-25)
No full textAddress: 809 Vine5037/Pg 68/1879/M W/U. S./U. S./Mrs. Fundis, Mid.Original record filed in drawer labeled 'BECKMANN-BIERLE'
The Australian Incident Monitoring Study in intensive care: AIMS-ICU. An analysis of the first year of reporting.
No full textPublisher's copy made available with the permission of the publisher Copyright © 1996 Australian Society of AnaesthetistsThe AIMS-ICU project is a national study set up to develop, introduce and evaluate an anonymous voluntary incident reporting system for intensive care. ICU staff members reported events which could have reduced, or did reduce, the safety margin for the patient. Seven ICUs contributed 536 reports, which identified 610 incidents involving the airway (20%), procedures (23%), drugs (28%), patient environment (21%), and ICU management (9%). Incidents were detected most frequently by rechecking the patient or the equipment, or by prior experience. No ill effects or only minor ones were experienced by most patients (short-term 76%, long-term 92%) as a result of the incident. Multiple contributing factors were identified, 33% system-based and 66% human factor-based. Incident monitoring promises to be a useful technique for improving patient safety in the ICU, when sufficient data have been collected to allow analysis of sets of incidents in defined “clinical situations”.U. Beckmann, I. Baldwin, G.K. Hart, W.B. Runcima
Beckmann, E.W. (Birth, 1878-02-24)
No full textAddress: 46 Sherman Ave.1069/Pg 56/1878/M W/Ger./U. S./Mary Nolte,Mid.Original record filed in drawer labeled 'BECKMANN-BIERLE'
Text und Textwelten: zur Problematik der Bedeutungskonstituierung zu Texten
No full textBeckmann U. Text und Textwelten: zur Problematik der Bedeutungskonstituierung zu Texten. Papiere zur Textlinguistik ; 67. Hamburg: Buske; 1991
ENZYME LINKED IMMUNOSORBENT ASSAYS (ELISA) FOR THE QUANTITATIVE-DETERMINATION OF HUMAN-LEUKOCYTE COLLAGENASE AND GELATINASE
No full textBERGMANN U, MICHAELIS J, OBERHOFF R, KNAUPER V, BECKMANN R, Tschesche H. ENZYME LINKED IMMUNOSORBENT ASSAYS (ELISA) FOR THE QUANTITATIVE-DETERMINATION OF HUMAN-LEUKOCYTE COLLAGENASE AND GELATINASE. JOURNAL OF CLINICAL CHEMISTRY AND CLINICAL BIOCHEMISTRY. 1989;27(6):351-359
In Vielfalt beraten: MigrantInnen als interkulturelle BeraterInnen
No full textNestmann F, Beckmann A, Sickendiek U, eds. In Vielfalt beraten: MigrantInnen als interkulturelle BeraterInnen.; 2005
A Dynamic Subfilter-scale Stress Model for Large Eddy Simulations Based on Physical Flow Scales
No full textWe propose a new definition of the length scale in an eddy-viscosity model for large-eddy simulations (LES). This formulation extends and generalizes a previous proposal [Piomelli, Rouhi and Geurts, Proc. ETMM10, 2014], in which the LES length scale was expressed in terms of the integral length-scale of turbulence determined by the flow characteristics and explicitly decoupled from the simulation grid; this approach was named Integral Length-Scale Approximation (ILSA). As in the original ILSA, the model coefficient was determined by the user, and required to maintain a desired contribution of the unresolved, subfilter scales (SFS) to the global transport. We propose a local formulation (local ILSA) in which the model coefficient is local in space, allowing a precise control over SFS activity as a function of location. This new formulation preserves the properties of the global model; application to channel flow and backward-facing step verifies its features and accuracy
Large-eddy simulation of a separated flow with a sub-filter scale model based on the integral length-scale
No full textA new sub-filter scale model for large-eddy simulations, which uses a length-scale proportional to the integral scale of the turbulence instead of the grid resolution to parametrize the modelled stresses, will be assessed in the prediction of the flow of a boundary-layer over a rough surface, which includes separation and reattachment
Near Wall PIV-Measurements on the Windward Slope of a Hill
No full textThe turbulent flow over periodic hills was measured near to the wall, using planar Particle-Image-Velocimetry (PIV) at high spatial resolution. Our focus is on the near wall turbulence structure on the windward slope of the hill. For large-eddy simulation (LES) we suspect that, if this was not predicted accurately, it affects the prediction of the velocity profiles over the hill crest which in turn will affect the recirculation length downstream of the hill. Regarding the time averaged velocities, we were able to resolve the linear viscous region of the boundary layer. The velocity distribution and also the Reynolds stress does not comply with the law of the wall as it is valid for a turbulent boundary layer at equilibrium
Energy dissipation and flux laws for unsteady turbulence
No full textDirect Numerical Simulations of spatially periodic unsteady turbulence show that the high Reynolds number scalings of the instantaneous energy dissipation rate and interscale energy flux at intermediate wavenumbers are qualitatively different from the well-known cornerstone scalings of equilibrium turbulence where and are time-dependent rms velocity and integral length-scales. Instead, they both scale as where and are length and velocity scales characterizing initial/overall unsteady turbulence conditions
- …
