Internal annular flow condensation and flow boiling: Context, results, and recommendations
Michigan Tech Publications
Part of the Mechanical Engineering Commons
Works by Amitabh Narain in Mechanical Engineering
2018
2017
Comparative experimental and computational studies for annular condensing and boiling flows in millimeter scale horizontal ducts
Amitabh Narain
Computational flow simulation and interfacial shear for annular/stratified condensing flows
Amitabh Narain
Computational simulation and interfacial shear models for downward annular wavy-interface condensing flow in a vertical pipe
Amitabh Narain
Computational and ground-based experimental investigations of the effects of specified and unspecified (free) conditions at exit for condensing flows in terrestrial and micro-gravity environments
Amitabh Narain
Computational simulations and flow domain classification for laminar/laminar annular/stratified condensing flows
Amitabh Narain
Effects of gravity, shear and surface tension in internal condensing flows: Results from direct computational simulations
Amitabh Narain
Effects of exit-condition, gravity, and surface-tension on stability and noise-sensitivity issues for steady condensing flows inside tubes and channels
Amitabh Narain
Fluorescence and fiber-optics based real-time thickness sensor for dynamic liquid films
Amitabh Narain
On K-BKZ and other viscoelastic models as continuum generalizations of the classical spring-dashpot models
Amitabh Narain
Pressure driven flow of pure vapor undergoing laminar film condensation between parallel plates
Amitabh Narain
Prediction and control of internal condensing flows in the experimental context of their sensitivities
Amitabh Narain
Results for high heat-flux realizations in innovative operations of milli-meter scale condensers and boilers
Amitabh Narain
A quasi one-dimensional method and results for steady annular/stratified shear and gravity driven condensing flows
Amitabh Narain
A self-adaptive thermal switch array for rapid temperature stabilization under various thermal power inputs
Amitabh Narain
Direct computational simulations and experiments for film condensation inside tubes and channels
Amitabh Narain
Condenser performance, control, and heat transfer enhancement issues resulting from elliptic-sensitivity of shear driven internal condensing flows
Amitabh Narain
Direct computational simulations for internal condensing flows and results on attainability/stability of steady solutions, their intrinsic waviness, and their noise sensitivity
Amitabh Narain
Experimental results on gravity driven fully condensing flows in vertical tubes, their agreement with theory, and their differences with shear driven flows’ boundary-condition sensitivities
Amitabh Narain
Forced flow of vapor condensing over a horizontal plate (problem of cess and koh) - Steady and unsteady solutions of the full 2D governing equations
Amitabh Narain
Fluorescence and fiber-optics based real-time thickness sensor for dynamic liquid films
Amitabh Narain
Experimental investigation of cavitation signatures in an automotive torque converter using a microwave telemetry technique
Amitabh Narain
Shear-driven annular flow-boiling in millimeter-scale channels: Direct numerical simulations for convective component of the overall heat transfer coefficient
Amitabh Narain
2016
2015
2014
2013
2012
2011
2010
Forced flow of vapor condensing over a horizontal plate (problem of cess and koh) - Steady and unsteady solutions of the full 2D governing equations
Department of Mechanical Engineering-Engineering Mechanics Publications