TAILIEUCHUNG - Ebook Fundementals of heat and mass transfer kotandaraman (3rd edition): Part 2

(BQ) Part 2 book "Fundementals of heat and mass transfer kotandaraman" has contents: Convective heat transfer—practical correlations—flow over surfaces, forced convection, natural convection, phase change processes—boiling, condensation freezing and melting, heat exchangers, thermal radia tion, mass transfer. | 8 CONVECTIVE HEAT TRANSFER Practical Correlations - Flow Over Surfaces INTRODUCTION In chapter 7 the basics of convection was discussed and the methods of analysis were enumerated, correlations were obtained for laminar flow over flat plate at uniform temperature, starting from basic principles and using the concept of boundary layer. The application of these correlations are limited. However these equations provide a method of correlation of experimental results and extension of these equations to practical situations of more complex nature. Though the basic dimensionless numbers used remain the same, the constants and power indices are found to vary with ranges of these parameters and geometries. In this chapter it is proposed to list the various types of boundaries, ranges of parameters and the experimental correlations found suitable to deal with these situations, as far as flow over surfaces like flat plates, cylinders, spheres and tube banks are concerned. Equations for heat transfer in laminar flow over flat plate were derived from basics in Chapter 7. In this chapter additional practical correlations are introduced. Though several types of boundary conditions may exist, these can be approximated to three basic types. These are (i) constant wall temperature, (as may be obtained in evaporation, condensation etc., phase change at a specified pressure) (ii) constant heat flux, as may be obtained by electrical strip type of heating and (iii) flow with neither of these quantities remaining constant, as when two fluids may be flowing on either side of the plate. Distinct correlations are available for constant wall temperature and constant heat flux. But for the third case it may be necessary to approximate to one of the above two cases. . Laminar flow: The condition is that the Reynolds number should be less than 5 × 105 or as may be stated otherwise. For the condition that the plate temperature is constant the following equations are valid with fluid

• Cơ khí - Chế tạo máy
• Fundementals of heat
• Mass transfer kotandaraman
• Forced convection
• Natural convection
• Phase change processes—boiling
• Condensation freezing and melting
• Heat exchangers
• An overview of heat transfer
• Steady state conduction
• Conduction with heat generation
• Two dimensional steady heat conduction
• heat exchanger calculations
• rating heat exchangers
• modelling heat exchangers
• heat exchanger
• heat exchanger dynamic rating method
• process specifications
• Practical thermal design of shell and tube heat exchangers
• Practical thermal design of shell
• Tube heat exchangers
• Methodology of the use of multiple shells
• Optimization of condenser
• Process heat transfer principles
• Process heat transfer principles and applications
• Design of double pipe heat exchangers
• Design of shell and tube heat exchangers
• Heat transfer handbook
• Heat transfer in electronic equipment
• Heat transfer enhancement
• Porous media
• Heat pipes
• Direct contact heat transfer
• BMC Anesthesiology
• Ventilator associated pneumonia
• Heat and moisture exchangers
• Critically ill patients
• Contaminated material
• Holman heat transfer
• Natural convection systems
• Radiation heat transfer
• Condensation and boiling heat transfer
• Mass transfer
• Principles of heat transfer
• Heat transfer
• Forced convection inside tubes
• Forced convection over exterior surfaces
• Heat transfer by radiation
• Schaums outline
• Theory and problems of heat transfer
• Problems of heat transfer
• Boiling and condensation
• Conduction
• Convection
• mechanical engineering
• Radiation
• Heat Transfer Modes
• Conduction Equation
• Extended Surfaces
• Flow equations
• boundary layer
• Chemistry
• Fundamentals of heat
• Internal flow
• Free convection
• Radiation process
• Radiation exchange between surfaces
• Diffusion mass transfer
• Fundamentals of Heat and Mass transfer
• technical books
• definitions
• Thermal radiation
• static materials
• Bibliography
• Thermal conduction
• Chemical Process Equipment
• Distillation and gas absorption
• Adsorption and ion exchange
• Solid liquid separation
• Heat transfer and heat exchangers
• Fluid transport equipment
• Thermodynamic Optimization
• High Efficiency
• Heat Recovery
• Exchanger Performance
• LNG Pyrolysis
• Regenerative Cooling
• Cơ khí chế tạo máy
• Điện – điện tử
• Kiến trúc xây dựng
• Kỹ thuật viễn thông
• Tự động hóa
• Instrument Calibration
• Logic Diagrams
• Flow Metering
• Magnetic Flowmeters
• Ultrasonic Flowmeters
• Piecewise Hybrid
• Dynamical Systems
• Blockset Software
• Filter Implementation
• CPU Computing
• Rules of thumb for chemica engineers
• Separators accumulators
• Cooling towers
• Pneumatic conveying
• Vaccum systems
• Gas treating
• Conditioning analysis
• Air conditioning systems
• Piping design
• Building air distribution
• Direct contact heat
• Extended surface heat exchangers
• Mechanics of solids
• Engineering thermodynamics
• Fluid mechanics
• Heat and mass transfer
• Nuclear engineering and technology
• Sensitivity analysis of thermal hydraulic parameters
• The corrosion intensity in nuclear power plant steam generators
• Nuclear power plant steam generators
• The failure of steam generators
• The heat exchangers