Murthy,M V Krishna (Editor)

Current Researches in Heat and Mass Transfer - Madras Indian Society For Heat and Mass Transfer - 275

Contents
-Interferometric study of Laminar Natural Convection from an Isothermal vertical plate with transverse roughness elements
-Thermodynamics Analysis for a MGD Power plant
-Fully Developed Turbulent Pressure Drops in Triangular Duct for a power law Fluid.
-Analysis of the thermal performance fo boiling Collectors
-Systems approach for modeling natural convection: on dimensional systems
-Technical Utilization of solar energy -its effects on heat transfer research
-Heat Transfer and thermal storage characteristics of Optically Semitransparent material packed Bed Solar Air Heater
-Laminar Combined Convection from a Rotating cone to a thermally Stratified medium
-Mechanism for Enhancement of heat transfer in Turbulent impinging jets effects of Secondary flow on heat transfer in ducted flows
-On some problems of Up-to-Data Thermo-Hydrodynamics
-The properties o superheated Liquids and the limits of liquids superheat
-A Swirling Vertical Turbulent Buoyant Jet
-A Correlation for Heart Transfer Between Immersed surface and gas fluidized beds of large particles
-Post-Dryout Heat tranfer in Tubes with uniform and circumferentially Non-Uniform Heating
-Heat Transfer Fluid Flow Research Relevant to India's Nuclear Power Programme
-Heat Transfer Experiments for an under Platform Ventilation System
-Binany Diffusion and Heat Transfer in laminar free Convection Boundary layers Around Spheroids
-The Methods of Solution of the Non-linear Finite element Modelled transient Heat transfer Problems
-Studies on Heat Transfer problems
-Studies on Heat Transfer in Fluidizes Beds
-The Influence of the Number of Thermal Plates Heat Ex-changer Performance
-Effect of Association of Diffusion on Diethylamine in Toluence at low Solute Concentrations
-Heat Transfer from Rectangular Vertical Fin Arrays
-Contract Drying of Poly dispersed free flowing Granular Material




Prof. S. C. Bhaduri


Electronics

621.4022 / MUR