Lesson Plan Name of the faculty: MB CHAKRAVARTHI Semester: III A.Y: 2013-14 Course Title: T180 – ELECTRICAL CIRCUIT ANALYSIS – II Sec: A Lect. No. Date (as per academic Calendar) Topic to be covered Actual Date Remark Unit - I Network theorems ( both ac & dc networks) 1 10-06-2013 Introduction 2 11-06-2013 Unit - I Introduction 3 12-06-2013 Superposition Theorem 4 12-06-2013 Problems on Superposition Theorem 5 14-06-2013 Tutorial-1 6 17-06-2013 Reciprocity theorem, 7 18-06-2013 Problems on Reciprocity theorem 8 19-06-2013 Thevenin’s Theorem and problems 9 19-06-2013 Problems on Thevenin’s Theorem 10 21-06-2013 Tutorial-2 11 24-06-2013 Norton’s, Theorem 12 25-06-2013 Problems on Norton’s, Theorem 13 26-06-2013 Maximum Power Transfer Theorem 14 26-06-2013 Problems on Maximum Power Transfer Theorem 15 28-06-2013 Tutorial-3 16 01-07-2013 Millman’s Theorem and problems 17 02-07-2013 Tellegen’s Theorem, 18 03-07-2013 Compensation Theorem 19 03-07-2013 Problems on Compensation Theorem Unit - II Three Phase Circuits 20 05-07-2013 Introduction, Star connection, Delta connection 21 08-07-2013 Relation between line and phase voltages and currents in balanced systems in star connection 22 09-07-2013 Relation between line and phase voltages and currents in balanced systems in Delta connection 23 10-07-2013 Tutorial-4 24 10-07-2013 Unbalanced 3 phase circuits 25 12-07-2013 Problems on Unbalanced 3 phase circuits 26 15-07-2013 Tutorial-5 27 16-07-2013 Problems on Relation between line and phase voltages and currents in balanced systems 28 17-07-2013 Problems on Relation between line and phase voltages and currents in unbalanced systems 29 17-07-2013 Problems on Relation between line and phase voltages and currents in unbalanced systems 30 19-07-2013 Advanced topic 31 22-07-2013 Measurement of power in three phase systems 32 23-07-2013 Measurement of power by two wattmeter method.
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Lesson Plan
Name of the faculty: MB CHAKRAVARTHI Semester: III A.Y: 2013-14
Course Title: T180 – ELECTRICAL CIRCUIT ANALYSIS – II Sec: A
Lect.
No.
Date (as per
academic
Calendar)
Topic to be covered Actual Date Remark
Unit - I Network theorems ( both ac & dc networks)
1 10-06-2013 Introduction
2 11-06-2013 Unit - I Introduction
3 12-06-2013 Superposition Theorem
4 12-06-2013 Problems on Superposition Theorem
5 14-06-2013 Tutorial-1
6 17-06-2013 Reciprocity theorem,
7 18-06-2013 Problems on Reciprocity theorem
8 19-06-2013 Thevenin’s Theorem and problems
9 19-06-2013 Problems on Thevenin’s Theorem
10 21-06-2013 Tutorial-2
11 24-06-2013 Norton’s, Theorem
12 25-06-2013 Problems on Norton’s, Theorem
13 26-06-2013 Maximum Power Transfer Theorem
14 26-06-2013 Problems on Maximum Power Transfer Theorem
15 28-06-2013 Tutorial-3
16 01-07-2013 Millman’s Theorem and problems
17 02-07-2013 Tellegen’s Theorem,
18 03-07-2013 Compensation Theorem
19 03-07-2013 Problems on Compensation Theorem Unit - II Three Phase Circuits
20 05-07-2013 Introduction, Star connection, Delta connection
21 08-07-2013 Relation between line and phase voltages and currents in
balanced systems in star connection
22 09-07-2013 Relation between line and phase voltages and currents in
balanced systems in Delta connection
23 10-07-2013 Tutorial-4
24 10-07-2013 Unbalanced 3 phase circuits
25 12-07-2013 Problems on Unbalanced 3 phase circuits
26 15-07-2013 Tutorial-5
27 16-07-2013 Problems on Relation between line and phase voltages and
currents in balanced systems
28 17-07-2013 Problems on Relation between line and phase voltages and
currents in unbalanced systems
29 17-07-2013 Problems on Relation between line and phase voltages and
currents in unbalanced systems
30 19-07-2013 Advanced topic
31 22-07-2013 Measurement of power in three phase systems
32 23-07-2013 Measurement of power by two wattmeter method.
33 24-07-2013 Problems on measurement of power in three phase systems
34 24-07-2013 Tutorial-6
35 26-07-2013 problems Unit - III Two Port Network Parameters
36 29-07-2013 Introduction, Open circuit impedance(Z) network
parameters
37 30-07-2013 Short circuit admittance(Y) network parameters
38 31-07-2013 Tutorial -7
39 31-07-2013 Transmission(ABCD), Inverse transmission(A1B1C1D1)
40 02-08-2013 hybrid parameters
41 05-08-2013
to
07-08-2013
Relationship between each two port network parameters
42 12-08-2013 Symmetry concepts of two port network parameters
network.
43 13-08-2013 Tutorial -8
44 14-08-2013 Problems on Open circuit impedance(Z) network
parameters
45 14-08-2013 Problems on Short circuit admittance(Y) network
parameters,
46 16-08-2013 Problems on Transmission Inverse transmission hybrid
parameters
47 19-08-2013 Problems
20-08-2013
48 21-08-2013 Introduction
49 21-08-2013 Transient response of Series R-L circuit using differential
equation approach
50 23-08-2013 Transient response of R-C and R-L-C circuits using
differential equation approach
51 26-08-2013 Tutorial-9
52 27-08-2013 Transient response of Series R-L circuit using Laplace
transform method
53 30-08-2013 Problems on Transient response of Series R-L, R-C and R-
L-C circuits using differential equation approach
54 02-09-2013 Problems on Transient response of Series R-L, R-C and R-
L-C circuits using differential equation approach
55 03-09-2013 Problems on Transient response of Series R-L circuits
using Laplace transform method
56 04-09-2013 Transient response of Series R-C using Laplace transform
method
58 04-09-2013 Transient response of Series R-L-C using Laplace
transform method
59 06-09-2013 Problems on Transient response of Series R-L, R-C and R-
L-C circuits using Laplace transform method
60 10-09-2013 Tutorial-10
61 11-09-2013 problems Unit - V Network Synthesis 11-09-2013
62 13-09-2013 Hurwitz Polynomials, Positive Real Functions
63 16-09-2013 Frequency Response of Reactive One-Ports,
64 17-09-2013 Synthesis of Reactive One Port by Foster ‘s Method
65 18-09-2013 Tutorial-11
66 18-09-2013 Problems on Synthesis of Reactive One Port by Foster ‘s
Method
67 20-09-2013 Problems on Synthesis of Reactive One Port by Foster ‘s
Method
68 23-09-2013 Synthesis of RL One Port Networks by Foster Methods
69 24-09-2013 Tutorial-12
70 25-09-2013 Problems on Synthesis of RL One Port Networks by Foster
Methods
71 25-09-2013 Synthesis of RC One Port Networks by Cauer Methods,
72 27-09-2013 Problems on Synthesis of RC One Port Networks by Cauer
Methods
73 30-09-2013 Advanced topic
74 01-10-2013 Revision
75 04-10-2013 Revision
76 07-10-2013 Revision
77 08-10-2013 Revision
Signature of the faculty
Lesson Plan
Name of the faculty: DR P OBULESH Semester: III A.Y: 2013-14
Course Title: T180 – ELECTRICAL CIRCUIT ANALYSIS – II Sec: B
Lect.
No.
Date (as per
academic
Calendar)
Topic to be covered Actual Date Remark
Unit - I Network theorems ( both ac & dc networks)
1 10-06-2013 Introduction
2 11-06-2013 Unit - I Introduction
3 12-06-2013 Superposition Theorem
4 12-06-2013 Problems on Superposition Theorem
5 14-06-2013 Tutorial-1
6 17-06-2013 Reciprocity theorem,
7 18-06-2013 Problems on Reciprocity theorem
8 19-06-2013 Thevenin’s Theorem and problems
9 19-06-2013 Problems on Thevenin’s Theorem
10 21-06-2013 Tutorial-2
11 24-06-2013 Norton’s, Theorem
12 25-06-2013 Problems on Norton’s, Theorem
13 26-06-2013 Maximum Power Transfer Theorem
14 26-06-2013 Problems on Maximum Power Transfer Theorem
15 28-06-2013 Tutorial-3
16 01-07-2013 Millman’s Theorem and problems
17 02-07-2013 Tellegen’s Theorem,
18 03-07-2013 Compensation Theorem
19 03-07-2013 Problems on Compensation Theorem Unit - II Three Phase Circuits
20 05-07-2013 Introduction, Star connection, Delta connection
21 08-07-2013 Relation between line and phase voltages and currents in
balanced systems in star connection
22 09-07-2013 Relation between line and phase voltages and currents in
balanced systems in Delta connection
23 10-07-2013 Tutorial-4
24 10-07-2013 Unbalanced 3 phase circuits
25 12-07-2013 Problems on Unbalanced 3 phase circuits
26 15-07-2013 Tutorial-5
27 16-07-2013 Problems on Relation between line and phase voltages and
currents in balanced systems
28 17-07-2013 Problems on Relation between line and phase voltages and
currents in unbalanced systems
29 17-07-2013 Problems on Relation between line and phase voltages and
currents in unbalanced systems
30 19-07-2013 Advanced topic
31 22-07-2013 Measurement of power in three phase systems
32 23-07-2013 Measurement of power by two wattmeter method.
33 24-07-2013 Problems on measurement of power in three phase systems
34 24-07-2013 Tutorial-6
35 26-07-2013 problems Unit - III Two Port Network Parameters
36 29-07-2013 Introduction, Open circuit impedance(Z) network
parameters
37 30-07-2013 Short circuit admittance(Y) network parameters
38 31-07-2013 Tutorial -7
39 31-07-2013 Transmission(ABCD), Inverse transmission(A1B1C1D1)
40 02-08-2013 hybrid parameters
41 05-08-2013
to
07-08-2013
Relationship between each two port network parameters
42 12-08-2013 Symmetry concepts of two port network parameters
network.
43 13-08-2013 Tutorial -8
44 14-08-2013 Problems on Open circuit impedance(Z) network
parameters
45 14-08-2013 Problems on Short circuit admittance(Y) network
parameters,
46 16-08-2013 Problems on Transmission Inverse transmission hybrid
parameters
47 19-08-2013 Problems
48 21-08-2013 Introduction
49 21-08-2013 Transient response of Series R-L circuit using differential
equation approach
50 23-08-2013 Transient response of R-C and R-L-C circuits using
differential equation approach
51 26-08-2013 Tutorial-9
52 27-08-2013 Transient response of Series R-L circuit using Laplace
transform method
53 30-08-2013 Problems on Transient response of Series R-L, R-C and R-
L-C circuits using differential equation approach
54 02-09-2013 Problems on Transient response of Series R-L, R-C and R-
L-C circuits using differential equation approach
55 03-09-2013 Problems on Transient response of Series R-L circuits
using Laplace transform method
56 04-09-2013 Transient response of Series R-C using Laplace transform
method
58 04-09-2013 Transient response of Series R-L-C using Laplace
transform method
59 06-09-2013 Problems on Transient response of Series R-L, R-C and R-
L-C circuits using Laplace transform method
60 10-09-2013 Tutorial-10
61 11-09-2013 problems Unit - V Network Synthesis 11-09-2013
62 13-09-2013 Hurwitz Polynomials, Positive Real Functions
63 16-09-2013 Frequency Response of Reactive One-Ports,
64 17-09-2013 Synthesis of Reactive One Port by Foster ‘s Method
65 18-09-2013 Tutorial-11
66 18-09-2013 Problems on Synthesis of Reactive One Port by Foster ‘s
Method
67 20-09-2013 Problems on Synthesis of Reactive One Port by Foster ‘s
Method
68 23-09-2013 Synthesis of RL One Port Networks by Foster Methods
69 24-09-2013 Tutorial-12
70 25-09-2013 Problems on Synthesis of RL One Port Networks by Foster
Methods
71 25-09-2013 Synthesis of RC One Port Networks by Cauer Methods,
72 27-09-2013 Problems on Synthesis of RC One Port Networks by Cauer
Methods
73 30-09-2013 Advanced topic
74 01-10-2013 Revision
75 04-10-2013 Revision
76 07-10-2013 Revision
77 08-10-2013 Revision
Signature of the faculty
Lesson Plan
Name of the faculty: Mr. M. Venkateswara Reddy Semester:III A.Y: 2013-14
Course Title: Electromagnetic Filed Sec:A
S.no
Date as per
Academic
calendar Topic Covered
Actual
Date Remarks
1 10-06-2013 Introduction to Vector Analysis
2 11-06-2013 Introduction to Vector Analysis
3 12-06-2013 Introduction to Vector Analysis
4 12-06-2013 Co-Ordinate Systems
5 14-06-2013 Tutorial-1
6 17-06-2013 Co-Ordinate Systems
7 18-06-2013 Co-Ordinate Systems
8 19-06-2013 Coulomb’s law, electric field intensity
9 19-06-2013 Electric field intensity due to point charge
10 21-06-2013 Tutorial-2
11 24-06-2013 Electric field intensity due to line charges
12
25-06-2013 Electric field intensity due to surface and Volume
charges
13 26-06-2013 Gauss’s law and Application of Gauss’s Law
14
26-06-2013 Work done due to moving point charge, electric
potential,
Properties of potential function
15 28-06-2013 Tutorial-3
16 01-07-2013 Potential gradient
17 02-07-2013 Maxwell’s first equation
18
03-07-2013 Laplace’s and Poison’s equations – Solution of
Laplace’s equation in one variable.
19 03-07-2013 Tutorial-4
20
23-07-2013 Electric dipole – Dipole moment – potential , EFI
and Torque on electric dipole
21
24-07-2013 conduction and Convection current densities,Ohm’s
law in point form – Equation of continuity
22
24-07-2013 Behavior of conductors in an electric field –
Conductors and Insulators.
23 26-07-2013 Tutorial-5
S.no
Date as per
Academic
calendar Topic Covered Actual Date Remarks
24
29-07-2013 Behavior of conductors in an electric field –
Conductors and Insulators.
25
30-07-2013 Electric field inside a dielectric material –
polarization
26
31-07-2013 Electric field inside a dielectric material –
polarization
27
31-07-2013 Dielectric – Conductor and Dielectric –
Dielectric boundary conditions,
28 02-08-2013 Tutorial-6
29
05-08-2013
to
07-08-2013
Capacitance – Capacitance of parallel plate and
spherical
30 12-08-2013 co-axial capacitors with composite dielectrics
31 13-08-2013 Numerical Problems
32 14-08-2013 Tutorial-7
33 14-08-2013 I Mid
34 16-08-2013 I Mid
35 19-08-2013 Introduction, Static magnetic fields
36 21-08-2013 Biot-Savart’s law – Oesterd’s experiment
37 21-08-2013 Tutorial-8
38
23-08-2013 Magnetic field intensity (MFI) – MFI due to a
straight current carrying filament
39 26-08-2013 MFI due to circular current Carrying wire
40 27-08-2013 MFI due to square current Carrying wire
41 30-08-2013 Tutorial-9
42 02-09-2013 MFI due to solenoid current Carrying wire
43
03-09-2013 Relation between magnetic flux, magnetic flux
density and MFI
44 04-09-2013 Maxwell’s second Equation
45 04-09-2013 Ampere’s circuital law and its applications
46 06-09-2013 Tutorial-10
47
10-09-2013 MFI due to an infinite sheet of current and a long
current carrying filament
48 11-09-2013 Point form of Ampere’s circuital law
49
13-09-2013 Magnetic force - Moving charges in a Magnetic
field
50
16-09-2013 Lorentz force equation – force on a current
element in a magnetic field
51 17-09-2013 Tutorial-11
S.no
Date as per
Academic
calendar Topic Covered
Actual
Date Remarks
52 18-09-2013 Force on a straight and a long current carrying
Signature of the faculty Head of the Department
Lesson Plan
Name of the faculty: Mr. M. Venkateswara Reddy Semester:III A.Y: 2013-14
Course Title: Electromagnetic Filed Sec:B
conductor in a magnetic field
53
18-09-2013 Force between two straight long and parallel current
carrying conductors
54
20-09-2013 Magnetic dipole and dipole moment – a differential
current loop as a magnetic dipole
55 23-09-2013 Tutorial-12
56
24-09-2013 Torque on a current loop placed in a magnetic field.
Scalar Magnetic potential and its imitations
57 25-09-2013 vector magnetic potential and its properties
58
25-09-2013 vector magnetic potential due to simple
configurations
59 27-09-2013 Vector poissons equation
60 27-09-2013 Tutorial-13
61
30-09-2013 Time varying fields – Faraday’s laws of
electromagnetic induction
62 30-09-2013 integral and point forms –Maxwell’s fourth equation
63
30-09-2013 Statically and Dynamically induced EMFs – Simple
problems
64 01-10-2013
Statically and Dynamically induced EMFs – Simple
problems
65
01-10-2013 Modification of Maxwell’s equations for time
varying fields
66 04-10-2013
Displacement current – Pointing Theorem and
Pointing vector
67 04-10-213 Numerical Problems
68 04-10-2013 Tutorial-I5
69 07-10-2013 Numerical Problems
70 08-10-2013 Numerical Problems
S.no
Date as per
Academic
calendar Topic Covered
Actual
Date Remarks
1 10-06-2013 Introduction to Vector Analysis
2 11-06-2013 Introduction to Vector Analysis
3 12-06-2013 Introduction to Vector Analysis
4 12-06-2013 Co-Ordinate Systems
5 14-06-2013 Tutorial-1
6 17-06-2013 Co-Ordinate Systems
7 18-06-2013 Co-Ordinate Systems
8 19-06-2013 Coulomb’s law, electric field intensity
9 19-06-2013 Electric field intensity due to point charge
10 21-06-2013 Tutorial-2
11 24-06-2013 Electric field intensity due to line charges
12
25-06-2013 Electric field intensity due to surface and Volume
charges
13 26-06-2013 Gauss’s law and Application of Gauss’s Law
14
26-06-2013 Work done due to moving point charge, electric
potential,
Properties of potential function
15 28-06-2013 Tutorial-3
16 01-07-2013 Potential gradient
17 02-07-2013 Maxwell’s first equation
18
03-07-2013 Laplace’s and Poison’s equations – Solution of
Laplace’s equation in one variable.
19 03-07-2013 Tutorial-4
20
23-07-2013 Electric dipole – Dipole moment – potential , EFI
and Torque on electric dipole
21
24-07-2013 conduction and Convection current densities,Ohm’s
law in point form – Equation of continuity
22
24-07-2013 Behavior of conductors in an electric field –
Conductors and Insulators.
23 26-07-2013 Tutorial-5
S.no
Date as per
Academic
calendar Topic Covered Actual Date Remarks
24
29-07-2013 Behavior of conductors in an electric field –
Conductors and Insulators.
25
30-07-2013 Electric field inside a dielectric material –
polarization
26
31-07-2013 Electric field inside a dielectric material –
polarization
27
31-07-2013 Dielectric – Conductor and Dielectric –
Dielectric boundary conditions,
28 02-08-2013 Tutorial-6
29
05-08-2013
to
07-08-2013
Capacitance – Capacitance of parallel plate and
spherical
30 12-08-2013 co-axial capacitors with composite dielectrics
31 13-08-2013 Numerical Problems
32 14-08-2013 Tutorial-7
33 14-08-2013 I Mid
34 16-08-2013 I Mid
35 19-08-2013 Introduction, Static magnetic fields
36 21-08-2013 Biot-Savart’s law – Oesterd’s experiment
37 21-08-2013 Tutorial-8
38
23-08-2013 Magnetic field intensity (MFI) – MFI due to a
straight current carrying filament
39 26-08-2013 MFI due to circular current Carrying wire
40 27-08-2013 MFI due to square current Carrying wire
41 30-08-2013 Tutorial-9
42 02-09-2013 MFI due to solenoid current Carrying wire
43
03-09-2013 Relation between magnetic flux, magnetic flux
density and MFI
44 04-09-2013 Maxwell’s second Equation
45 04-09-2013 Ampere’s circuital law and its applications
46 06-09-2013 Tutorial-10
47
10-09-2013 MFI due to an infinite sheet of current and a long
current carrying filament
48 11-09-2013 Point form of Ampere’s circuital law
49
13-09-2013 Magnetic force - Moving charges in a Magnetic
field
50
16-09-2013 Lorentz force equation – force on a current
element in a magnetic field
51 17-09-2013 Tutorial-11
S.no
Date as per
Academic
calendar Topic Covered
Actual
Date Remarks
52 18-09-2013 Force on a straight and a long current carrying
Signature of the faculty Head of the Department
conductor in a magnetic field
53
18-09-2013 Force between two straight long and parallel current
carrying conductors
54
20-09-2013 Magnetic dipole and dipole moment – a differential
current loop as a magnetic dipole
55 23-09-2013 Tutorial-12
56
24-09-2013 Torque on a current loop placed in a magnetic field.
Scalar Magnetic potential and its imitations
57 25-09-2013 vector magnetic potential and its properties
58
25-09-2013 vector magnetic potential due to simple
configurations
59 27-09-2013 Vector poissons equation
60 27-09-2013 Tutorial-13
61
30-09-2013 Time varying fields – Faraday’s laws of
electromagnetic induction
62 30-09-2013 integral and point forms –Maxwell’s fourth equation
63
30-09-2013 Statically and Dynamically induced EMFs – Simple
problems
64 01-10-2013
Statically and Dynamically induced EMFs – Simple
problems
65
01-10-2013 Modification of Maxwell’s equations for time
varying fields
66 04-10-2013
Displacement current – Pointing Theorem and
Pointing vector
67 04-10-213 Numerical Problems
68 04-10-2013 Tutorial-I5
69 07-10-2013 Numerical Problems
70 08-10-2013 Numerical Problems
Course: B.Tech III Semester
A.Y: 2013-14
Lesson plan
Name of the Faculty:Y MURALI KRISHNA Sec: A
Subject: STLD Lect.
No
DATE Topic To Be Covered
Actual
Date
REMARKS
1 11-Jun-13 UNIT I - Introduction
2 12-Jun-13 Introduction
3 13-Jun-13 Introduction
4
14-Jun-13
Philosophy of number systems complement
representation of negative numbers
5
15-Jun-13
Philosophy of number systems complement
representation of negative numbers
6
18-Jun-13
Philosophy of number systems complement
representation of negative numbers
7 19-Jun-13 Binary arithmetic, binary codes& error detecting
8 20-Jun-13 Binary arithmetic, binary codes& error detecting
9 21-Jun-13 Binary arithmetic, binary codes& error detecting
10 22-Jun-13 Error detecting, Hamming codes
11 25-Jun-13 Error detecting, Hamming codes
12 26-Jun-13 Error detecting, Hamming codes
13 27-Jun-13 Tutorial
14
28-Jun-13
Fundamental postulates of of Boolean Algebra
Basic theorems and properties switching functions
15
29-Jun-13
Fundamental postulates of of Boolean Algebra
Basic theorems and properties switching functions
16 2-Jul-13 Canonical and standard forms
17 3-Jul-13 Canonical and standard forms
18 4-Jul-13 Tutorial
19 5-Jul-13 Algebraic simplification of Digital logic gates
20 6-Jul-13 Algebraic simplification of Digital logic gates
21
9-Jul-13
Properties of universal gates & Multilevel
NAND/NOR realizations
22
10-Jul-13
Properties of universal gates & Multilevel
NAND/NOR realizations
23 11-Jul-13 Tutorial
24 12-Jul-13 UNIT II- Introduction 25
25 16-Jul-13
Map method, Prime implicants, Don’t care
combinations
26 17-Jul-13
Map method, Prime implicants, Don’t care
combinations
27 18-Jul-13 Tutorial
28 19-Jul-13 Minimal SOP and POS forms
29 20-Jul-13 Minimal SOP and POS forms
30 23-Jul-13 Tabulation Method
31 24-Jul-13 Tabulation Method
32 25-Jul-13 Tutorial 07
33 26-Jul-13 Prime –Implicant chart
34 27-Jul-13 Prime –implication rules
35 30-Jul-13 simplification rules
36 31-Jul-13 REVISION
37 1-Aug-13 REVISION
2-Aug-13 I - MID EXAMINATION
38 3-Aug-13 UNIT III Introduction
39 8-Aug-13
Design using conventional logic gates & Encoder,
Decoder
40 13-Aug-13
Design using conventional logic gates & Encoder,
Decoder
41 14-Aug-13 Multiplexer, De-Multiplexer
42 15-Aug-13 Multiplexer, De-Multiplexer
43 16-Aug-13 Tutorial
44 17-Aug-13
Modular design using IC chips MSI & LSI: MUX
Realization of switching functions
45 20-Aug-13
Modular design using IC chips MSI & LSI: MUX
Realization of switching functions
46 21-Aug-13 Tutorial
47 22-Aug-13 Parity bit generator, Code-converters
48 23-Aug-13
Parity bit generator, Code-
converters
50 24-Aug-13 Basic PLD’s-ROM, PROM, PLA
51 27-Aug-13 Basic PLD’s-ROM, PROM, PLA 16
52 28-Aug-13
PLD. Realization of Switching functions using
PLD’s
53 29-Aug-13
PLD. Realization of Switching functions using
PLD’s
54 30-Aug-13 UNIT IV Introduction
55 31-Aug-13 Classification of sequential circuits
56 3-Sep-13 Classification of sequential circuits
57 4-Sep-13 Tutorial
58 5-Sep-13 Basic flip-flops-Triggering and excitation tables
59 6-Sep-13 Basic flip-flops-Triggering and excitation tables
60 7-Sep-13
Steps in synchronous sequential circuit design. Design of modulo-N Ring & Shift counters
61 10-Sep-13
Steps in synchronous sequential circuit design.
Design of modulo-N Ring & Shift counters
62 11-Sep-13 Tutorial
63 11-Sep-13 Serial binary adder, sequence detector
64 13-Sep-13 Serial binary adder, sequence detector
65 17-Sep-13
Finite state machine-capabilities and limitations, Mealy and Moore models
66 18-Sep-13
Finite state machine-capabilities and limitations,
Mealy and Moore models
67 19-Sep-13 Tutorial
68 20-Sep-13
minimization of completely specified and
incompletely specified sequential machines
69
21-Sep-13
minimization of completely specified and
incompletely specified sequential machines
70 24-Sep-13 Tutorial
71 25-Sep-13
Partition techniques and Merger chart methods-
concept of minimal cover table
72 26-Sep-13
Partition techniques and Merger chart methods-
concept of minimal cover table
73 27-Sep-13 UNITV- Introduction
74 28-Sep-13
Salient features of the ASM chart Simple
example
75 1-Oct-13
Salient features of the ASM chart Simple
examples
76 3-Oct-13 Tutorial
77 4-Oct-13
System design using data path and control
subsystems
78 5-Oct-13 control implementations-examples
79 8-Oct-13 Tutorial
80 9-Oct-13 REVISION
II - MID EXAMINATION
Signature of the Faculty HOD/EEE
Course: B.Tech III Semester
A.Y: 2013-14
Lesson plan
Name of the Faculty:Y MURALI KRISHNA Sec: B
Subject: STLD Lect.
No
DATE Topic To Be Covered
Actual
Date
REMARKS
1 11-Jun-13 UNIT I - Introduction
2 12-Jun-13 Introduction
3 13-Jun-13 Introduction
4
14-Jun-13
Philosophy of number systems complement
representation of negative numbers
5
15-Jun-13
Philosophy of number systems complement
representation of negative numbers
6
18-Jun-13
Philosophy of number systems complement
representation of negative numbers
7 19-Jun-13 Binary arithmetic, binary codes& error detecting
8 20-Jun-13 Binary arithmetic, binary codes& error detecting
9 21-Jun-13 Binary arithmetic, binary codes& error detecting
10 22-Jun-13 Error detecting, Hamming codes
11 25-Jun-13 Error detecting, Hamming codes
12 26-Jun-13 Error detecting, Hamming codes
13 27-Jun-13 Tutorial
14
28-Jun-13
Fundamental postulates of of Boolean Algebra
Basic theorems and properties switching functions
15
29-Jun-13
Fundamental postulates of of Boolean Algebra
Basic theorems and properties switching functions
16 2-Jul-13 Canonical and standard forms
17 3-Jul-13 Canonical and standard forms
18 4-Jul-13 Tutorial
19 5-Jul-13 Algebraic simplification of Digital logic gates
20 6-Jul-13 Algebraic simplification of Digital logic gates
21
9-Jul-13
Properties of universal gates & Multilevel
NAND/NOR realizations
22
10-Jul-13
Properties of universal gates & Multilevel
NAND/NOR realizations
23 11-Jul-13 Tutorial
24 12-Jul-13 UNIT II- Introduction 25
25 16-Jul-13
Map method, Prime implicants, Don’t care
combinations
26 17-Jul-13
Map method, Prime implicants, Don’t care
combinations
27 18-Jul-13 Tutorial
28 19-Jul-13 Minimal SOP and POS forms
29 20-Jul-13 Minimal SOP and POS forms
30 23-Jul-13 Tabulation Method
31 24-Jul-13 Tabulation Method
32 25-Jul-13 Tutorial 07
33 26-Jul-13 Prime –Implicant chart
34 27-Jul-13 Prime –implication rules
35 30-Jul-13 simplification rules
36 31-Jul-13 REVISION
37 1-Aug-13 REVISION
2-Aug-13 I - MID EXAMINATION
38 3-Aug-13 UNIT III Introduction
39 8-Aug-13
Design using conventional logic gates & Encoder,
Decoder
40 13-Aug-13
Design using conventional logic gates & Encoder,
Decoder
41 14-Aug-13 Multiplexer, De-Multiplexer
42 15-Aug-13 Multiplexer, De-Multiplexer
43 16-Aug-13 Tutorial
44 17-Aug-13
Modular design using IC chips MSI & LSI: MUX
Realization of switching functions
45 20-Aug-13
Modular design using IC chips MSI & LSI: MUX
Realization of switching functions
46 21-Aug-13 Tutorial
47 22-Aug-13 Parity bit generator, Code-converters
48 23-Aug-13
Parity bit generator, Code-
converters
50 24-Aug-13 Basic PLD’s-ROM, PROM, PLA
51 27-Aug-13 Basic PLD’s-ROM, PROM, PLA 16
52 28-Aug-13
PLD. Realization of Switching functions using
PLD’s
53 29-Aug-13
PLD. Realization of Switching functions using
PLD’s
54 30-Aug-13 UNIT IV Introduction
55 31-Aug-13 Classification of sequential circuits
56 3-Sep-13 Classification of sequential circuits
57 4-Sep-13 Tutorial
58 5-Sep-13 Basic flip-flops-Triggering and excitation tables
59 6-Sep-13 Basic flip-flops-Triggering and excitation tables
60 7-Sep-13
Steps in synchronous sequential circuit design.
Design of modulo-N Ring & Shift counters
61 10-Sep-13
Steps in synchronous sequential circuit design.
Design of modulo-N Ring & Shift counters
62 11-Sep-13 Tutorial
63 11-Sep-13 Serial binary adder, sequence detector
64 13-Sep-13 Serial binary adder, sequence detector
65 17-Sep-13
Finite state machine-capabilities and limitations,
Mealy and Moore models
66 18-Sep-13
Finite state machine-capabilities and limitations,
Mealy and Moore models
67 19-Sep-13 Tutorial
68 20-Sep-13
minimization of completely specified and
incompletely specified sequential machines
69
21-Sep-13
minimization of completely specified and
incompletely specified sequential machines
70 24-Sep-13 Tutorial
71 25-Sep-13
Partition techniques and Merger chart methods-
concept of minimal cover table
72 26-Sep-13
Partition techniques and Merger chart methods-
concept of minimal cover table
73 27-Sep-13 UNITV- Introduction
74 28-Sep-13
Salient features of the ASM chart Simple example
75 1-Oct-13
Salient features of the ASM chart Simple
examples
76 3-Oct-13 Tutorial
77 4-Oct-13
System design using data path and control
subsystems
78 5-Oct-13 control implementations-examples
79 8-Oct-13 Tutorial
80 9-Oct-13 REVISION
II - MID EXAMINATION
Signature of the Faculty HOD/EEE
Lesson Plan Name of the faculty: JV PAVAN CHAND Semester: III
A.Y: 2013-14
Course Title: Electrical Machines-I Sec: A
Lect
.
No.
Date (as per
academic
Calendar)
Topic to be covered Actual
Date
Remar
k
1 10-Jun-13 UNIT – I D.C. Generators: Introduction
2 12-Jun-13 Construction
3 13-Jun-13 Principle of Operation of D.C. Generators
4 14-Jun-13 E.M.F Equation
5 15-Jun-13 Types of D.C Generators
6 17-Jun-13 Armature reaction
7 19-Jun-13 Commutation
8 20-Jun-13 Tutorial-I
9 21-Jun-13 Methods of improving commutation(Inter poles)
10 22-Jun-13 Compensating winding
11 24-Jun-13
O.C.C-Voltage build up in generators, Critical field
resistance and critical speed
12 26-Jun-13 Causes for failure to self excite and Remedial measures
13 27-Jun-13 Load characteristics of shunt generators
14 28-Jun-13 Load characteristics of series and compound generators
15 29-Jun-13 Tutorial-II
16 2-Jul-13 UNIT – II D.C Motors: Principle of operation
17 3-Jul-13 Back E.M.F. - Torque equation
18 4-Jul-13 Characteristics and application of shunt motors
19 5-Jul-13
Characteristics and application of series and compound
motors
20 6-Jul-13 Armature reaction and commutation
21 8-Jul-13 Tutorial-III
22 10-Jul-13 Speed control
23 11-Jul-13 3 point and 4 point starters
24 12-Jul-13 Constant and Variable losses, starter calculations
25 15-Jul-13 Tutorial-IV
26 17-Jul-13
Calculation of efficiency, Condition for maximum
efficiency, Brake test,
27 18-Jul-13 Swinburne’s test
28 19-Jul-13 Tutorial-V
29 20-Jul-13
Hopkinson’s test and problems
30 22-Jul-13
31 24-Jul-13
UNIT – III Single Phase Transformers: Types -
constructional details-
32 25-Jul-13 Emf equation - operation on no load
33 26-Jul-13
Operation on load , Phasor diagrams
34 27-Jul-13
35 29-Jul-13 Equivalent circuit
36 31-Jul-13 Tutorial-VI
37 1-Aug-13 Losses and efficiency-regulation
38 2-Aug-13 All day efficiency
39 3-Aug-13 Effect of frequency & supply voltage on core losses
40 8-Aug-13 Tutorial-VII
41 12-Aug-13
Minimization of hysteresis and eddy current losses.
42 14-Aug-13 UNIT – IV Testing of Single Phase Transformer: O.C
and S.C tests
43 15-Aug-13
44 16-Aug-13 Problems
45 17-Aug-13 Sumner’s test
46 19-Aug-13 Tutorial-VIII
47 21-Aug-13 Predetermination of efficiency and regulation
48 22-Aug-13
Separation of losses test
49 23-Aug-13
50 24-Aug-13 Parallel operation with equal voltage ratios.
51 26-Aug-13 Tutorial-IX
52 28-Aug-13 Parallel operation with unequal voltage ratios.
53 29-Aug-13
UNIT – V Auto Transformers & Poly-phase
Transformers: Auto transformers
54 30-Aug-13 Auto transformers
55 31-Aug-13
Comparison Auto transformers with two winding
transformers
56 2-Sep-13 Poly-phase transformers
57 4-Sep-13 Tutorial-X
58 5-Sep-13 Poly-phase connections - Y/Y, Y/Δ
59 6-Sep-13 Poly-phase connections - Δ/Y, Δ/Δ
60 7-Sep-13 Open Δ connection
61 9-Sep-13 Scott connection
62 11-Sep-13 Tutorial-XI
63 11-Sep-13 Three winding transformers
64 13-Sep-13 Tertiary windings
65 17-Sep-13 Determination of Zp, Zs and Zt transients in switching
66 18-Sep-13 Off load and on load tap changing
67 19-Sep-13 Tutorial-XII
68 20-Sep-13 Revision
69 21-Sep-13 Revision
Head of the Department
Lesson Plan Name of the faculty: JV PAVAN CHAND Semester: III
A.Y: 2013-14
Course Title: Electrical Machines-I Sec: B
Lect
.
No.
Date (as per
academic
Calendar)
Topic to be covered Actual
Date
Remar
k
1 10-Jun-13 UNIT – I D.C. Generators: Introduction
2 12-Jun-13 Construction
3 13-Jun-13 Principle of Operation of D.C. Generators
4 14-Jun-13 E.M.F Equation
5 15-Jun-13 Types of D.C Generators
6 17-Jun-13 Armature reaction
7 19-Jun-13 Commutation
8 20-Jun-13 Tutorial-I
9 21-Jun-13 Methods of improving commutation(Inter poles)
10 22-Jun-13 Compensating winding
11 24-Jun-13
O.C.C-Voltage build up in generators, Critical field
resistance and critical speed
12 26-Jun-13 Causes for failure to self excite and Remedial measures
13 27-Jun-13 Load characteristics of shunt generators
14 28-Jun-13 Load characteristics of series and compound generators
15 29-Jun-13 Tutorial-II
16 2-Jul-13 UNIT – II D.C Motors: Principle of operation
17 3-Jul-13 Back E.M.F. - Torque equation
18 4-Jul-13 Characteristics and application of shunt motors
19 5-Jul-13
Characteristics and application of series and compound
motors
20 6-Jul-13 Armature reaction and commutation
21 8-Jul-13 Tutorial-III
22 10-Jul-13 Speed control
23 11-Jul-13 3 point and 4 point starters
24 12-Jul-13 Constant and Variable losses, starter calculations
25 15-Jul-13 Tutorial-IV
26 17-Jul-13
Calculation of efficiency, Condition for maximum
efficiency, Brake test,
27 18-Jul-13 Swinburne’s test
28 19-Jul-13 Tutorial-V
29 20-Jul-13
Hopkinson’s test and problems
30 22-Jul-13
31 24-Jul-13
UNIT – III Single Phase Transformers: Types -
constructional details-
32 25-Jul-13 Emf equation - operation on no load
33 26-Jul-13
Operation on load , Phasor diagrams
34 27-Jul-13
35 29-Jul-13 Equivalent circuit
36 31-Jul-13 Tutorial-VI
37 1-Aug-13 Losses and efficiency-regulation
38 2-Aug-13 All day efficiency
39 3-Aug-13 Effect of frequency & supply voltage on core losses
40 8-Aug-13 Tutorial-VII
41 12-Aug-13
Minimization of hysteresis and eddy current losses.
42 14-Aug-13 UNIT – IV Testing of Single Phase Transformer: O.C
and S.C tests
43 15-Aug-13
44 16-Aug-13 Problems
45 17-Aug-13 Sumner’s test
46 19-Aug-13 Tutorial-VIII
47 21-Aug-13 Predetermination of efficiency and regulation
48 22-Aug-13
Separation of losses test
49 23-Aug-13
50 24-Aug-13 Parallel operation with equal voltage ratios.
51 26-Aug-13 Tutorial-IX
52 28-Aug-13 Parallel operation with unequal voltage ratios.
53 29-Aug-13
UNIT – V Auto Transformers & Poly-phase
Transformers: Auto transformers
54 30-Aug-13 Auto transformers
55 31-Aug-13
Comparison Auto transformers with two winding
transformers
56 2-Sep-13 Poly-phase transformers
57 4-Sep-13 Tutorial-X
58 5-Sep-13 Poly-phase connections - Y/Y, Y/Δ
59 6-Sep-13 Poly-phase connections - Δ/Y, Δ/Δ
60 7-Sep-13 Open Δ connection
61 9-Sep-13 Scott connection
62 11-Sep-13 Tutorial-XI
63 11-Sep-13 Three winding transformers
64 13-Sep-13 Tertiary windings
65 17-Sep-13 Determination of Zp, Zs and Zt transients in switching
66 18-Sep-13 Off load and on load tap changing
67 19-Sep-13 Tutorial-XII
68 20-Sep-13 Revision
69 21-Sep-13 Revision
Head of the Department
LESSON PLAN Subject : Fluid Mechanics & Hydraulic Machines Year & Programme : 2013-14 Branch /Semester: EEE (B. Tech III.Sem) Section : A/s Faculty Name : Mr. K. Ashoka Chary
Period Date
(Tentative) Topic of syllabus to be covered Unit No Remarks
1) 10-Jun-13 Introduction to FM & HM
Unit-I
2) 12-Jun-13 Brief Introduction to various units.
3) 13-Jun-13 Dimensions and units.
4) 14-Jun-13 Physical properties of fluids, density,
5) 15-Jun-13 Specific weight and specific gravity
6) 17-Jun-13 Viscosity of fluid
7) 19-Jun-13 Problems on Viscosity of fluid
8) 20-Jun-13 Tutorial
9) 21-Jun-13 Surface tension. Vapour pressure and their influence
on fluid motion.
10) 22-Jun-13 Atmospheric gauge and vacuum pressure. Problems
11) 24-Jun-13 Measurement of pressure – Piezometer, U-tube and
differential manometer
12) 26-Jun-13 Tutorial
13) 27-Jun-13 Fluid kinematics – stream line path line and streak line
and stream tube & Problems
14) 28-Jun-13 Classification of flows – steady & unsteady.
15) 29-Jun-13 Uniform, non-uniform, laminar, turbulent.
16) 2-Jul-13 Rotational and irrotational flows – equation of
continuity for one dimensional flow.
17) 3-Jul-13 Tutorial
18) 4-Jul-13 Fluid dynamics – surface and body forces – Euler’s
equation.
19) 5-Jul-13 Bernoulli’s equation for flow along a stream line &
Problems
20) 6-Jul-13 Momentum equation and it’s application of force on
pipe bend & Problems
21) 8-Jul-13 Tutorial
22) 10-Jul-13 Closed conduit flow – Reynold’s experiment.
Unit-II
23) 11-Jul-13 Darcy weisbach equation & Problems
24) 12-Jul-13 Minor losses in pipes & Problems
25) 15-Jul-13 Pipes in series and pipes in parallel.
26) 17-Jul-13 Tutorial
27) 18-Jul-13 Total energy line – hydraulic gradient line & Problems
28) 19-Jul-13 Measurement of flow – Pilot tube
29) 20-Jul-13 Venturimeter and orifice meter.
30) 22-Jul-13 Tutorial
31) 24-Jul-13 Basics of Turbo machinery - Hydrodynamic force of
jet on stationary flat blade
32) 25-Jul-13 Hydrodynamic force of jet on moving flat blades.
33) 26-Jul-13 Inclined and curved vanes & Problems
34) 27-Jul-13 Jet striking centrally and at tip & Problems
35) 29-Jul-13 Tutorial
36) 31-Jul-13 Velocity diagrams, work done and efficiency
37) 1-Aug-13 Flow over radial vanes & Problems
38) 2-Aug-13 Hydro electric power stations – Elements of Unit- III
39) 3-Aug-13 hydroelectric power stations - types
40) 8-Aug-13 Tutorial
41) 12-Aug-13 Heads and efficiencies.
42) 14-Aug-13 Pelton wheel – working proportions,
43) 15-Aug-13 work done and efficiencies.
44) 16-Aug-13 Tutorial
45) 17-Aug-13 Francis turbine – working proportions “
46) 19-Aug-13 Kaplan turbine – working proportions
47) 21-Aug-13 Hydraulic design – draft tube theory “
48) 22-Aug-13 Functions & efficiencies & Problems
49) 23-Aug-13 Tutorial “
50) 24-Aug-13 Performance of hydraulic turbines Unit-IV
51) 26-Aug-13 Geometric similarities, unit & specific quantities. “
52) 28-Aug-13 Characteristic curves “
53) 29-Aug-13 Problems & Tutorial
54) 30-Aug-13 Governing of turbines.
55) 31-Aug-13 Selection of type of turbine, cavitation
56) 2-Sep-13 Problems ‘
57) 4-Sep-13 Tutorial
58) 5-Sep-13 Surge tank and water hammer Problems
59) 6-Sep-13 Problems
60) 7-Sep-13 Centrifugal pumps – Classification & working
61) 9-Sep-13 Problems
62) 11-Sep-13 Pumps in series and parallel “
63) 11-Sep-13 Work done – manometric head – losses &
Efficiencies.
64) 13-Sep-13 Tutorial Unit- V “
65) 17-Sep-13
Specific speed – pumps in series & parallel ,
NPSH.Performance characteristic
curves,
66) 18-Sep-13 Reciprocating pumps – working, discharge,
67) 19-Sep-13 Tutorial “
68) 20-Sep-13 Double acting reciprocating pumps, Slip, Indicator
diagrams. “
Teacher’s Name Signature Prepared Date : Signature of HOD
LESSON PLAN
Subject : Fluid Mechanics & Hydraulic Machines Year & Programme : 2013-14 Branch /Semester: EEE (B. Tech III.Sem) Section : B/s Faculty Name : Mr. K. Ashoka Chary
Period Date
(Tentative) Topic of syllabus to be covered Unit No Remarks
1) 10-Jun-13 Introduction to FM & HM
Unit-I
2) 12-Jun-13 Brief Introduction to various units.
3) 13-Jun-13 Dimensions and units.
4) 14-Jun-13 Physical properties of fluids, density,
5) 15-Jun-13 Specific weight and specific gravity
6) 17-Jun-13 Viscosity of fluid
7) 19-Jun-13 Problems on Viscosity of fluid
8) 20-Jun-13 Tutorial
9) 21-Jun-13 Surface tension. Vapour pressure and their influence
on fluid motion.
10) 22-Jun-13 Atmospheric gauge and vacuum pressure. Problems
11) 24-Jun-13 Measurement of pressure – Piezometer, U-tube and
differential manometer
12) 26-Jun-13 Tutorial
13) 27-Jun-13 Fluid kinematics – stream line path line and streak line
and stream tube & Problems
14) 28-Jun-13 Classification of flows – steady & unsteady.
15) 29-Jun-13 Uniform, non-uniform, laminar, turbulent.
16) 2-Jul-13 Rotational and irrotational flows – equation of
continuity for one dimensional flow.
17) 3-Jul-13 Tutorial
18) 4-Jul-13 Fluid dynamics – surface and body forces – Euler’s
equation.
19) 5-Jul-13 Bernoulli’s equation for flow along a stream line &
Problems
20) 6-Jul-13 Momentum equation and it’s application of force on
pipe bend & Problems
21) 8-Jul-13 Tutorial
22) 10-Jul-13 Closed conduit flow – Reynold’s experiment.
Unit-II
23) 11-Jul-13 Darcy weisbach equation & Problems
24) 12-Jul-13 Minor losses in pipes & Problems
25) 15-Jul-13 Pipes in series and pipes in parallel.
26) 17-Jul-13 Tutorial
27) 18-Jul-13 Total energy line – hydraulic gradient line & Problems
28) 19-Jul-13 Measurement of flow – Pilot tube
29) 20-Jul-13 Venturimeter and orifice meter.
30) 22-Jul-13 Tutorial
31) 24-Jul-13 Basics of Turbo machinery - Hydrodynamic force of
jet on stationary flat blade
32) 25-Jul-13 Hydrodynamic force of jet on moving flat blades.
33) 26-Jul-13 Inclined and curved vanes & Problems
34) 27-Jul-13 Jet striking centrally and at tip & Problems
35) 29-Jul-13 Tutorial
36) 31-Jul-13 Velocity diagrams, work done and efficiency
37) 1-Aug-13 Flow over radial vanes & Problems
38) 2-Aug-13 Hydro electric power stations – Elements of Unit- III
39) 3-Aug-13 hydroelectric power stations - types
40) 8-Aug-13 Tutorial
41) 12-Aug-13 Heads and efficiencies.
42) 14-Aug-13 Pelton wheel – working proportions,
43) 15-Aug-13 work done and efficiencies.
44) 16-Aug-13 Tutorial
45) 17-Aug-13 Francis turbine – working proportions “
46) 19-Aug-13 Kaplan turbine – working proportions
47) 21-Aug-13 Hydraulic design – draft tube theory “
48) 22-Aug-13 Functions & efficiencies & Problems
49) 23-Aug-13 Tutorial “
50) 24-Aug-13 Performance of hydraulic turbines Unit-IV
51) 26-Aug-13 Geometric similarities, unit & specific quantities. “
52) 28-Aug-13 Characteristic curves “
53) 29-Aug-13 Problems & Tutorial
54) 30-Aug-13 Governing of turbines.
55) 31-Aug-13 Selection of type of turbine, cavitation
56) 2-Sep-13 Problems ‘
57) 4-Sep-13 Tutorial
58) 5-Sep-13 Surge tank and water hammer Problems
59) 6-Sep-13 Problems
60) 7-Sep-13 Centrifugal pumps – Classification & working
61) 9-Sep-13 Problems
62) 11-Sep-13 Pumps in series and parallel “
63) 11-Sep-13 Work done – manometric head – losses &
Efficiencies.
64) 13-Sep-13 Tutorial Unit- V “
65) 17-Sep-13
Specific speed – pumps in series & parallel ,
NPSH.Performance characteristic
curves,
66) 18-Sep-13 Reciprocating pumps – working, discharge,
67) 19-Sep-13 Tutorial “
68) 20-Sep-13 Double acting reciprocating pumps, Slip, Indicator
diagrams. “
Teacher’s Name Signature Prepared Date : Signature of HOD
LESSON PLAN OF POWER SYSTEMS-I
Subject : POWER SYSTEMS -I
Year & Programme : 2013-14 Branch /Semester: EEE (B. Tech III.Sem)
Section : A/s
Faculty Name : P SRI HARI
Period Date
(Tentative) Topic of syllabus to be covered Unit No Remarks
1) 10/06/13 Introduction to FM & HM
Unit-I
2) Brief Introduction to various units.
3) 11/06/13 Dimensions and units.
4) 12-13/06/13 Physical properties of fluids, density,
5) 14/06/13 Specific weight and specific gravity
6) 17-18/06/13 Viscosity of fluid
7) 19/06/13 Problems on Viscosity of fluid
8) 20-21/06/13 Tutorial
9) 24/06/13 Surface tension. Vapour pressure and their influence on fluid
motion.
10) 25/06/13 Atmospheric gauge and vacuum pressure. Problems
11) 26/06/13 Measurement of pressure – Piezometer, U-tube and differential
manometer
12) 27/06/13 Tutorial
13) 28/06/13 Fluid kinematics – stream line path line and streak line and stream
tube & Problems
14) 1/07/13 Classification of flows – steady & unsteady.
15) 2/07/13 Uniform, non-uniform, laminar, turbulent.
16) 3/07/13 Rotational and irrotational flows – equation of continuity for one
dimensional flow.
17) 4/07/13 Tutorial
18) 5/07/13 Fluid dynamics – surface and body forces – Euler’s equation.
19) 8/07/13 Bernoulli’s equation for flow along a stream line & Problems
20) 9/07/13 Momentum equation and it’s application of force on pipe bend &
Problems
21) Tutorial
22) 10/07/13 Closed conduit flow – Reynold’s experiment.
Unit-II
23) 11/07/13 Darcy weisbach equation & Problems
24) 12/07/13 Minor losses in pipes & Problems
25) 15/07/13 Pipes in series and pipes in parallel.
26) 16/07/13 Tutorial
27) 17/07/13 Total energy line – hydraulic gradient line & Problems
28) 18/07/13 Measurement of flow – Pilot tube
29) 19/07/13 Venturimeter and orifice meter.
30) 22/07/13 Tutorial
31) 23/07/13 Basics of Turbo machinery - Hydrodynamic force of jet on
stationary flat blade
32) 24/07/13 Hydrodynamic force of jet on moving flat blades.
33) 25/07/13 Inclined and curved vanes & Problems
34) 26/07/13 Jet striking centrally and at tip & Problems
Unit- III
35) Tutorial
36) 29/07/13 Velocity diagrams, work done and efficiency
37) 30/07/13 Flow over radial vanes & Problems
38) 31/07/13 Hydro electric power stations – Elements of
39) 1/08/13 hydroelectric power stations - types
40) 2/08/13 Tutorial
41) 8/08/13 Heads and efficiencies.
42) 12/08/13 Pelton wheel – working proportions,
43) 13/08/13 work done and efficiencies.
44) 14/08/13 Tutorial
45) 16/08/13 combustion characteristics of bio-gas
46) 19/08/13 utilization for cooking
47) 20/08/13 I.C.Engine operation and economic aspects
48) 21/08/13 Tutorial
49) 22/08/13 UNIT–IV: economic aspects of power generation
Unit-IV
50) Load curve, load duration
51) 23/08/13 integrated load duration curves
52) 26/08/13 discussion on economic aspects: connected load, maximum
demand
53) 27/08/13 demand factor, load factor
54) 29/08/13 diversity factor, capacity factor, capacity
55) 30/08/13 utilization and plant use factors.
56) 2/09/13 – Numerical problems
57) 3/09/13 – Numerical problems
58) 4/09/13 Tutorial
59) 5/09/13 UNIT - V
tariff methods
Unit- V
60) 6/09/13 Costs of generation and their division into fixed, semi-fixed
and running costs
61) 10/09/13 Desirable characteristics of a Tariff Methods
62) 11/09/13 Tariff Methods: simple rate, flat rate
63) 12/09/13 block rate, two-part tariff methods
64) 13/09/13 three-part tariff methods
65) 16/09/13 power factor tariff methods.
66) 17/09/13 Tutorial
Teacher’s Name :P SRI HARI Signature
LESSON PLAN OF POWER SYSTEMS-I
Subject : POWER SYSTEMS -I
Year & Programme : 2013-14 Branch /Semester: EEE (B. Tech III.Sem)
Section : B/s
Faculty Name : P SRI HARI
Period Date
(Tentative) Topic of syllabus to be covered Unit No Remarks
1) 10/06/13 Introduction to FM & HM
Unit-I
2) Brief Introduction to various units.
3) 11/06/13 Dimensions and units.
4) 12-13/06/13 Physical properties of fluids, density,
5) 14/06/13 Specific weight and specific gravity
6) 17-18/06/13 Viscosity of fluid
7) 19/06/13 Problems on Viscosity of fluid
8) 20-21/06/13 Tutorial
9) 24/06/13 Surface tension. Vapour pressure and their influence on fluid
motion.
10) 25/06/13 Atmospheric gauge and vacuum pressure. Problems
11) 26/06/13 Measurement of pressure – Piezometer, U-tube and differential
manometer
12) 27/06/13 Tutorial
13) 28/06/13 Fluid kinematics – stream line path line and streak line and stream
tube & Problems
14) 1/07/13 Classification of flows – steady & unsteady.
15) 2/07/13 Uniform, non-uniform, laminar, turbulent.
16) 3/07/13 Rotational and irrotational flows – equation of continuity for one
dimensional flow.
17) 4/07/13 Tutorial
18) 5/07/13 Fluid dynamics – surface and body forces – Euler’s equation.
19) 8/07/13 Bernoulli’s equation for flow along a stream line & Problems
20) 9/07/13 Momentum equation and it’s application of force on pipe bend &
Problems
21) Tutorial
22) 10/07/13 Closed conduit flow – Reynold’s experiment.
Unit-II
23) 11/07/13 Darcy weisbach equation & Problems
24) 12/07/13 Minor losses in pipes & Problems
25) 15/07/13 Pipes in series and pipes in parallel.
26) 16/07/13 Tutorial
27) 17/07/13 Total energy line – hydraulic gradient line & Problems
28) 18/07/13 Measurement of flow – Pilot tube
29) 19/07/13 Venturimeter and orifice meter.
30) 22/07/13 Tutorial
31) 23/07/13 Basics of Turbo machinery - Hydrodynamic force of jet on
stationary flat blade
32) 24/07/13 Hydrodynamic force of jet on moving flat blades.
33) 25/07/13 Inclined and curved vanes & Problems
34) 26/07/13 Jet striking centrally and at tip & Problems
Unit- III
35) Tutorial
36) 29/07/13 Velocity diagrams, work done and efficiency
37) 30/07/13 Flow over radial vanes & Problems
38) 31/07/13 Hydro electric power stations – Elements of
39) 1/08/13 hydroelectric power stations - types
40) 2/08/13 Tutorial
41) 8/08/13 Heads and efficiencies.
42) 12/08/13 Pelton wheel – working proportions,
43) 13/08/13 work done and efficiencies.
44) 14/08/13 Tutorial
45) 16/08/13 combustion characteristics of bio-gas
46) 19/08/13 utilization for cooking
47) 20/08/13 I.C.Engine operation and economic aspects
48) 21/08/13 Tutorial
49) 22/08/13 UNIT–IV: economic aspects of power generation
Unit-IV
50) Load curve, load duration
51) 23/08/13 integrated load duration curves
52) 26/08/13 discussion on economic aspects: connected load, maximum
demand
53) 27/08/13 demand factor, load factor
54) 29/08/13 diversity factor, capacity factor, capacity
55) 30/08/13 utilization and plant use factors.
56) 2/09/13 – Numerical problems
57) 3/09/13 – Numerical problems
58) 4/09/13 Tutorial
59) 5/09/13 UNIT - V
tariff methods
Unit- V
60) 6/09/13 Costs of generation and their division into fixed, semi-fixed
and running costs
61) 10/09/13 Desirable characteristics of a Tariff Methods
62) 11/09/13 Tariff Methods: simple rate, flat rate
63) 12/09/13 block rate, two-part tariff methods
64) 13/09/13 three-part tariff methods
65) 16/09/13 power factor tariff methods.
66) 17/09/13 Tutorial
Teacher’s Name :P SRI HARI Signature
Related Documents
