'Slug flow' diaporamas de présentation

Instability and Feedback Stabilisation of Desired Pipeline Flow Regimes

309 views • 30 slides

Slug flow and fluid-structure interaction in industrial pipe systems

Slug flow and fluid-structure interaction in industrial pipe systems. Qingzhi Hou. Overview. Introduction Two-phase flows Test problems Mathematical models Fluid-structure interaction Conclusions. Industrial problems. Moving pipes. Broken pipes. Two-phase flows.

1.27k views • 25 slides

Slug flow and fluid-structure interaction in industrial pipe systems

Slug flow and fluid-structure interaction in industrial pipe systems. Qingzhi Hou. Overview. Introduction Two-phase flows Test problems Mathematical models Fluid-structure interaction Conclusions. Industrial problems. Moving pipes. Broken pipes. Two-phase flows.

781 views • 25 slides

Stabilization of Desired Flow Regimes in Pipelines

Stabilization of Desired Flow Regimes in Pipelines. Presented at AIChE Annual meeting in Reno, USA November 9th, 2001 E. Storkaas ,S. Skogestad and V. Alstad Department of Chemical Engineering Norwegian University of Science and Technology. Outline. Introduction / Problem description

205 views • 20 slides

SITES SOFTWARE APPLICATION SEMINAR

HOOD INLET. SITES SOFTWARE APPLICATION SEMINAR. __________________________ SITES 2005 INTEGRATED DEVELOPMENT ENVIRONMENT for WATER RESOURCE SITE ANALYSIS.

258 views • 17 slides

Steady Two-Phase Flow in a Reduced Gravity Environment

318 views • 17 slides

Stabilization of severe slugging based on a low-dimensional nonlinear model

Stabilization of severe slugging based on a low-dimensional nonlinear model. Presented at AIChE Annual Meeting in Indianapolis, USA November 7 th , 2002 Espen Storkaas and Sigurd Skogestad Dep. of Chemical Engineering Norwegian University of Science and Technology. Outline.

179 views • 17 slides

Slug flow in S-shaped risers

Slug flow in S-shaped risers . Simplified model for slug flow in S-Riser. Anne Sofie Nilsen. Supervisor: Sigurd Skogestad Co-supervisor: Esmaeil Jahansahi. Experimental set -up. 16 m long, 7 m high. Compare the following : - Matlab model - Olga simualation - Experimental values.

172 views • 3 slides