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Bihar Engineering University, Bihar
Mechanical Engineering
Thermodynamics
Bihar Engineering University, Bihar, Mechanical Engineering Semester 3, Thermodynamics Syllabus
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Unit - 1 Fundamentals
1.1 Fundamentals System Control volume
1.2 Property State Process
1.3 Exact Inexact differentials
1.4 WorkThermodynamic definition of work examples
1.5 Displacement work Path dependence of displacement work and illustration for simple processes
1.6 Electrical magnetic gravitational spring and shaft work
Unit - 2 Temperature
2.1 Temperature Definition of thermal equilibrium and Zeroth law
2.2 Temperature scales
2.3 Various Thermometers Definition of heat
2.4 Examples of heatwork interaction in systems First Law for Cyclic Noncyclic processes
2.5 Concept of total energy E
2.6 Enthalpy.
Unit - 3 Definition
3.1 Definition of Pure substance Compressibility charts Properties of two phase systems Const. temperature and Const. pressure heating of water
3.2 PVT surface
3.3 Use of steam tables
3.4 Mollier’s chart.
Unit - 4 First Law for Flow Processes
4.1 First Law for Flow Processes Derivation of general energy equation for a control volume
4.2 Steady state steady flow processes including throttling
4.3 Examples of steady flow devices
Unit - 5 Second law
5.1 Second law KelvinPlanck and Clausius statements
5.2 Definition of reversible process
5.3 Carnot cycle
Unit - 6 Clausius inequality
6.1 Clausius inequality
6.2 Definition of entropy S
6.3 Demonstration that entropy S is a property
6.4 Illustration of processes in Ts coordinates
6.5 Availability function for systems
Unit - 7 Properties of dry and wet air
7.1 Properties of dry and wet air
7.2 Use of psychometric chart
7.3 Processes involving heatingcooling and humidificationdehumidification
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Other Subjects of Semester-1
Biology
Engineering mechanics
Basic electronic engineering
Mathematics iii (pde, probability & statistics)
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