TAILIEUCHUNG - Ebook Introduction to thermal systems engineering - Thermodynamics, fluid mechanics, and heat transfer: Part 2

(BQ) Part 2 book "Introduction to thermal systems engineering - Thermodynamics, fluid mechanics, and heat transfer" has contents: Psychrometric applications, the momentum and mechanical energy equations, internal and external flow, heat transfer by conduction, heat transfer by radiation,. and other contents. | 10 PSYCHROMETRIC APPLICATIONS (CD-ROM) Introduction chapter objective psychrometrics The objective of this chapter is to study systems involving mixtures of dry air and water vapor. A liquid water phase also may be present. Knowledge of the behavior of such systems is essential for the analysis and design of air-conditioning devices, cooling towers, and industrial processes requiring close control of the vapor content in air. The study of systems involving dry air and water is known as psychrometrics. The complete material for Chapter 10 is available on the CD-ROM only. 250 14 10 PSYCHROMETRIC APPLICATIONS Introduction The objective of this chapter is to study systems involving mixtures of dry air and water vapor. A liquid water phase also may be present. Knowledge of the behavior of such systems is essential for the analysis and design of air-conditioning devices, cooling towers, and industrial processes requiring close control of the vapor content in air. The study of systems involving dry air and water is known as psychrometrics. chapter objective psychrometrics Introducing Psychrometric Principles The object of the present section is to introduce some important definitions and principles used in the study of systems involving dry air and water. Moist Air The term moist air refers to a mixture of dry air and water vapor in which the dry air is treated as if it were a pure component. As can be verified by reference to appropriate property data, the overall mixture and each mixture component behave as ideal gases at the states under present consideration. Shown in Fig. is a system consisting of moist air occupying a volume V at mixture pressure p and mixture temperature T. The overall mixture is assumed to obey the ideal gas equation of state. Thus pϭ m1R րM2T nRT ϭ V V () where n, m, and M denote the moles, mass, and molecular weight of the mixture, respectively, and n ϭ mրM (Eq. ) has been used to relate molar and mass

• Cơ khí - Chế tạo máy
• Thermal systems engineering
• Heat transfer
• Fluid mechanics
• The momentum
• Mechanical energy equations
• Heat transfer by conduction
• Heat transfer by radiation
• The CRC handbook of thermal engineering
• Engineering thermodynamics
• Heat and mass transfer
• Economic analysis of thermal systems
• Control volume applications
• Property relations and data
• Evaluating proper ties
• Getting started
• Control volume analysis using energy
• Tontrol volume analysis using energy
• Water desalination
• Environmental heat transfer
• Bioheat transfer
• Cryogenic systems
• Heat transfer enhancement
• The biomedical engineering handbook
• Medical devices
• Advanced thermal image processing
• Functional infrared imaging
• Detector arrays
• Infrared detectors
• Master's thesis of Engineering
• Master's thesis
• Aerospace composites in fire
• Modelling and experimental analysis
• Thermal Modelling
• Composites in Fire
• Composite Systems
• Nuclear engineering and design
• T Junctions
• Nuclear plant components
• Wall temperature fluctuations
• Wall resolved LES
• Holman heat transfer
• Natural convection systems
• Radiation heat transfer
• Condensation and boiling heat transfer
• Heat exchangers
• Mass transfer
• Principles of heat transfer
• Forced convection inside tubes
• Forced convection over exterior surfaces
• Fundamentals of heat
• Internal flow
• Free convection
• Radiation process
• Radiation exchange between surfaces
• Diffusion mass transfer
• Fundamentals of Heat and Mass transfer
• Boiling and condensation
• Radiation of MHD visco elastic fluid flow over
• Chemical reaction on heat of MHD visco elastic
• Mass transfer of MHD visco elastic fluid flow
• Exponentially stretching sheet through porous medium
• Conduction
• Convection
• mechanical engineering
• Radiation
• technical books
• Nanoscale Radiative
• Various Impacts
• Analysing Fibre
• Color Development
• Radiation Photodetectors
• Solar Radiation
• definitions
• Thermal radiation
• static materials
• Bibliography
• Thermal conduction
• Gas cooled
• ALLEGRO reactor
• Ceramic fuel assemblies
• Conjugate heat transfer
• Heat radiation
• Renewable energy resources
• Principles of renewable energy
• Essentials of fluid dynamics
• Solar water heating
• Forced Convection
• Internal Flows
• Thermal Spreading
• Contact Resistances
• Natural Convection