Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
Solved Anna University Problems on Thermodynamic Processes: Properties of Pure Substances - Engineering Thermodynamics
Thermodynamics
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
Solved Problems on Flow Processes: Properties of Pure Substances - Engineering Thermodynamics
Thermodynamics
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
Solved Problems on Non-Flow Processes: Properties of Pure Substances - Engineering Thermodynamics
Thermodynamics
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
Solved Problems on Steam Properties: Properties of Pure Substances - Engineering Thermodynamics
Properties of Pure Substances | Thermodynamics
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
For properties of steam: For non-flow processes: Important Formulae
Thermodynamics
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
The calculations of work done and heat transfer for various flow processes are based on Steady Flow Energy Equation (SFEE) which were already discussed in Unit 1.
Thermodynamics
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
In Unit 1, the various non-flow processes are discussed in detail as applicable to gases.
using calorimeters
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
The dryness fraction can experimentally be measured by using calorimeters.
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
Various properties of water at various conditions of steam (i.e. wet, dry and superheated) are discussed in this topic.
Thermodynamics
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
In practice, it is tedious to calculate the relations between various quantities such as pressure, temperature, specific volume, enthalpy and entropy of steam at various stages.
Pure Substances | Thermodynamics
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
The three important thermodynamic properties such as pressure (p), specific volume (v) and temperature (T) are plotted in three dimensional coordinates.
Pure Substances | Thermodynamics
Subject and UNIT: Engineering Thermodynamics: Unit IV: Properties of Pure Substances
It is also called Mollier chart. In h-s diagram, the vertical ordinate represents the enthalpy while the base represents the entropy as shown in Figure 4.7.