Sunday, June 24, 2018
Wednesday, June 20, 2018
Mid term schedule
The schedule of Mid Term Examination is attached.
In case of any paper missing or clashing, kindly contact the exam cell and Dy. CoE, Prof. Sandeep Singh immediately.
In case of any paper missing or clashing, kindly contact the exam cell and Dy. CoE, Prof. Sandeep Singh immediately.
Summer mid term syllabus of CVL703 and CA requirements
Syllabus of CVL703 for mid term
Unit 1: Review of basic structural analysis
Review of Work and Energy Principles, Maxwell-Betti’s and Castiglano’s Theorem,
Principle of Virtual Work, Degrees of Freedom, Static and Kinematic Indeterminacy.
Unit 2: Stiffness Method and Flexibility Method
Stiffness Method, Analysis of Pin Jointed Frames (temperature effect, lack of fit),
Rigid jointed frames and grids, continuous beams (settlement of Supports), Direct
Stiffness Approach, Stiffness Matrix Assembly, Incorporation of Boundary Element
Solutions, Gauss Elimination, Matrix Inversion, Element Flexibility Matrix, Truss
Element, Beam Element, Force Transformation Matrix.
Assignment 1: (Last date of submission is 6th july'18)
Q.1 Calculate the reaction at B from the flexibility method of analysis.
Q.3 The
beam AB as shown in fig. is fixed at both the ends and is subjected to a
concentrated load P and a couple M at the midpoint. It is assumed that the beam
has constant flexural rigidity EI. Calculate the values of redundants Q1 and
Q2 by the flexibility method.
Assignment 2: (Last date of submission is 13th july'18 )
1. Solve the mid term paper.
2. solve the last year end term paper of advanced structure.
Submit the assignments in hard copy.
Unit 1: Review of basic structural analysis
Review of Work and Energy Principles, Maxwell-Betti’s and Castiglano’s Theorem,
Principle of Virtual Work, Degrees of Freedom, Static and Kinematic Indeterminacy.
Unit 2: Stiffness Method and Flexibility Method
Stiffness Method, Analysis of Pin Jointed Frames (temperature effect, lack of fit),
Rigid jointed frames and grids, continuous beams (settlement of Supports), Direct
Stiffness Approach, Stiffness Matrix Assembly, Incorporation of Boundary Element
Solutions, Gauss Elimination, Matrix Inversion, Element Flexibility Matrix, Truss
Element, Beam Element, Force Transformation Matrix.
Assignment 1: (Last date of submission is 6th july'18)
Q.1 Calculate the reaction at B from the flexibility method of analysis.
Q.2 Develop
the stiffness matrix for the beam AB shown in fig. with reference to the
coordinates given.
Assignment 2: (Last date of submission is 13th july'18 )
1. Solve the mid term paper.
2. solve the last year end term paper of advanced structure.
Submit the assignments in hard copy.
Saturday, June 9, 2018
Summer term Academic calendar
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Academic
Calendar 2017-18
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(for
Summer Term)
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(SAP,
SADMS, SET, SBS, SBS&R, SOL, SOLC, SED, SOP )
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Period(s)
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Description(s)
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Date(s)
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Day(s)
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Week(s)
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Instructional
days
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Registration begins
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May 17 -
June 04
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Mon - Sat
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June 04 - June 08
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Last date of
Registration
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June 04
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Mon
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1
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Commencement of Classes
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June 05
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Tue-Fri
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4
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June 11 -
June 16
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Instructional days
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Mon-Sat
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2
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6
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June 18 -
June 22
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Instructional days
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Mon-Fri
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3
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5
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June 25 -
June 30
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Mid Semester Examination
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June
25-June 28
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Mon-Thurs
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4
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Instructional days
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June 29 -
June 30
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Fri - Sat
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2
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July 02 -
July 07
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Last day of
Teaching
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July 7
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Mon-Sat
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5
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6
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July 09 -
July 13
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End Semester Examination
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July 13
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Mon-Fri
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6
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July 16 -
July 21
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End Semester Examination
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Mon-Sat
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7
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July 23 -
July 27
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Declaration of Result
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Mon - Fri
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9
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5
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CVL703 backlog faculty
The student who has registered in CVL703 can contact Ms. Afreen for CA requirements, MTE/ETE syllabus or any other queries related to the course.
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