Jadavpur University Nuclear Engineering

My sister will take admission in M.E in Nuclear Engineering Program offering by Jadavpur University. She wants to check syllabus of this Program, so tell me from where I will download syllabus of M.E in Nuclear Engineering Program of Jadavpur University and provide her?

[shikha]

As you want to download syllabus of M.E in Nuclear Engineering Program of Jadavpur University, so I am providing following syllabus:

Jadavpur University M.E in Nuclear Engineering Program Syllabus

Paper - I
PG / PE / T / 111A Applied Thermodynamics
1st 2nd laws of thermodynamics, thermodynamic analysis of flow and non-flow process,
Entropy, Equation of State, Thermodynamic property relations, Chemical
thermodynamics, 3rd Law, Thermodynamics of compressible fluid, thermodynamics of
irreversible process. Exergy Analysis.

PG / PE / T / 111B Analysis of Electrical Machines
Synchronous Machines: Definition of ideal 3-phase synchronous machines, circuit model
and parameters, Parks transformation and derivation of Parks’ equation for synchronous
machines.
Analysis of sudden 3-phase short circuit phenomenon. Steady state analysis and
frequency response of analysis of synchronous machines. Starting phenomenon, negative
sequence resistances. Small oscillation of synchronous machine and associated constants.
Induction Motor:
Theory of instantaneous symmetrical components, Kirchoff’s voltage equation of stator
and rotor of multiphase cylindrical rotor machine, derivation of equation for
instantaneous torque.
Space vector method of transient analysis of induction machines, equivalent circuit of
induction machine valid during transient processes, transient reluctances and and time
constants, derivation of instantaneous torque and current during (a) DOL starting
operation and (b) 3-phase short circuit.
Application of electromagnetic field theory in electrical machines, eddy current loss in
tubular conductor, power flow in cylindrical rotor machines. Poyinting vector and
derivation of torque equation in cylindrical rotor machine.

Paper - II
PG / PE / T/ 112A Applied Fluid Mechanics
Review of Basic Laws of fluid flow in integral and differential form. Kinematics, Ideal
Fluid Flow, Velocity potential and Stream function, Flow net, Combination of flows,
Newtonian fluid flow and application, Creeping flow, Boundary Layer Theory,
Transition and Turbulence, Turbulent Boundary Layer, thin aerofoil theory, Review of
fundamentals of compressible flow with and without friction and heat transfer. Latest
techniques of fluid flow measurements.

PG / PE / T/ 112B Advanced Power System Principles
Load flow studies: Load flow problem, formation of bus and admittance matrix, solution
of load flow problem by Gauss-Seidel and Newton-Raphson methods.
Power System Control: Economic operation, load frequency and voltage control, CIA,
CC and CEA control of HVDC link.
Short Circuit Studies: Short circuit problem, formation of bus impedance matrix, solution
of symmetrical and unsymmetrical short circuit faults using Network Analyser and
Digital computer.
Transient Stability Studies: Concept of equal area ctriteria, Swing Equation foe
multimachine and their solution by numerical methods.
Static and numerical relays: Phase and amplitude comparators, derivation of voltage and
current values by sampling method.

Paper - III
PG / PE / T/ 113A Heat and Mass Transfer
Steady State Conduction, Analysis of fins, Critical thickness of insulation, Systems with
internal heat generation.
Transient conduction analysis: Application of numerical methods to conduction
problems. Theory of heat convection.
Conservation equation of energy, mass & momentum and their analogies. Significance of
various dimensionless numbers, laminar & turbulent boundary layer concept, thermal
boundary layer, forced convection inside tubes and ducts, Forced convection over
external bodies, Natural convection. Boiling and Condensation
Radiation properties and laws, Radiation exchange among black and gray bodies,
Electrical analogy, Radiation through participating gases.
Mass transfer by convection and molecular diffusion, Fick’s laws, Calculation of mass
transfer coefficient, Interface mass transfer.

PG / PE / T/ 113B Digital Systems
Recapitulation: Registers, Counters, Programmable Counters, Paged Memory blocks,
Timers.
Signals and Signal Processing Concepts: Classification of Signals, Discrete Signals,
Transforms, Sampling, Convolution, Digital Filters.
Digital Systems in Automation: Basic functional blocks, overview of Programmable
Logic Controllers (PLCs) and Supervisory Control and Data Acquisition Systems
(SCADA).
Digital Connectivity for Automation: Coding techniques and mechanisms, connectivity
standards: RS232C,RS422,GPIB,USB and the CAN