Narain, Amitabh - Department of Mechanical Engineering, Michigan Technological University

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Narain, Amitabh - Department of Mechanical Engineering, Michigan Technological University

Forced Flow of Vapor Condensing Over a Horizontal Plate (Problem of Cess and Koh)* -Steady and Unsteady Solutions of the Full 2-D Problem
Experimental Results on Gravity Driven Condensing Flows in Vertical Tubes, their Agreement with Theory, and their Differences with Shear Driven Flows' Boundary-
A QUASI ONE-DIMENSIONAL METHOD AND RESULTS FOR STEADY ANNULAR/STRATIFIED SHEAR AND GRAVITY DRIVEN CONDENSING FLOWS
(Funding source: NASA Grant NNC04GB52G, 2004-2009 and NSF Grant CTS-0086988, 2001-2005) Invention Summary For: "Fluorescence and Fiber-Optics
Experimental Results on Gravity Driven Fully Condensing Flows in Vertical Tubes, their Agreement with Theory, and their Differences with Shear Driven Flows' Boundary-
CONDENSER PERFORMANCE, CONTROL, AND HEAT TRANSFER ENHANCEMENT ISSUES RESULTING FROM ELLIPTIC-SENSITIVITY OF SHEAR
A QUASI ONE-DIMENSIONAL METHOD AND RESULTS FOR STEADY ANNULAR/STRATIFIED SHEAR AND GRAVITY DRIVEN CONDENSING FLOWS
Fellow ASME e-mail: narain@mtu.edu
e-mail: narain@mtu.edu Department of Mechanical
e-mail: narain@mtu.edu Department of Mechanical Engineering-
14 | Michigan Technological University Engineering Research 2009 | 15Engineering Research 2009 | 15
ASME Fellow e-mail: narain@mtu.edu
FLUORESCENCE AND FIBER-OPTICS BASED REAL-TIME THICKNESS SENSOR FOR DYNAMIC LIQUID FILMS
1 Copyright 2011 by ASME Proceedings of IMECE 2011
This paper has been submitted to the journal of 'Microgravity Science and Technology.' manuscript No. (will be inserted by the editor)