Structural Analysis Notes and Model Question Paper for Mid I Exam

Download Notes (Moment Distribution Method)

Download Model Question Paper for Mid I Exam

Solve any one question from each Unit (from above model paper) and submit on 18th Feb as Assignment.

Structural Analysis : Slope Deflection Method (Important Questions)

Slope Deflection Method

1. A continuous beam ABCD, 18 m long, is fixed at ends A and D. The first span of length 6 m is loaded with a central point load of 60 kN, the second span of length 6 m is loaded with a UDL of intensity 20 kN/m and the third span is loaded with a central point load of 60 kN. Using the slope deflection method, calculate the moments and reactions at the supports. [16]

2. A continuous beam ABCD, 13 m long, is fixed at A and overhang at D. The first span of length 6 m is loaded with a UDL of intensity 2 kN/m, the second span of length 5 m is loaded with a central point load of 5 kN and the end of overhand is loaded with a point load of 8 kN. Using the slope deflection method, determine the bending moment at the supports and plot the bending moment diagrams. [16]

3. A continuous beam ABC, 8m long is simply supported at ends A and C and continuous over support B. The first span of length 4 m is loaded with a central point load of 16 kN and the second span is loaded with a UDL of intensity 4 kN/m. Using the slope deflection method, calculate the end moments and plot the bending moment diagram. [16]

4. A horizontal beam ABCD, is carried on hinged supports and is continuous over three equal spans each of 3 m. All the supports are initially at the same level. The first span is loaded with central point load of 8 kN, second span is loaded with a UDL of intensity 2 kN/m and the third span is loaded with a point load of 9 kN acting 2 m from right support. Using the slope deflection method, plot the bending moment diagram, if the support A settles by 10 mm, B settles by 30 mm and C settles by 20 mm. Take I = 2.4 × 106mm4 and E= 2 ×105N/mm2. [16]

5. A continuous beam ABCD, 11 m long, is fixed at ends A and D. The first span of length 4 m is loaded with a point load of 8 kN acting at 1.5 m from left support, the second span of length 4 m is loaded with a UDL of intensity 3 kN/m and the third is loaded with a point load of 6 kN acting at 2 m from right support. Spans AB, BC and CD have moments of Inertia of I, 1.5I and I respectively and are of the same material. Using the slope deflection method, calculate the moments at the supports, if the support B sinks by 5 mm downwards. Take I = 93×106 mm4 and E= 2.1×105 N/mm2. [16]

6. A continuous beam ABC, 16 m long is fixed at ends A and C and continuous over support B. The first span of length 10 m is loaded with a UDL of intensity 6 kN/m and the second span is loaded with a central clockwise couple of 120 kN-m. Using the slope deflection method, calculate the end moments and plot the bending moment diagram. [16]

7. A beam ABC, 12 m long, fixed at A and C and continuous over support B. The first span of length 6 m and loaded with a UDL of 2 kN/m for the whole and the second span is loaded with central point load 12 kN. Using the slope deflection method. Calculate the end moments and plot the bending moment diagram. [16]

9. A beam ABC, 10 m long, fixed at A and C is continuous over joint B. The first span consists of 5 m with point load of 5 kN acting 3 m from left support and second span is loaded with central point load of 8 kN. The beam has constant El for both the spans. Using the slope deflection method, compute the end moments and plot the bending moment diagram. [16]

Engineering Mechanics - Unit 3 & 4 Notes

Download the Notes for Unit 3 & 4 of Engineering Mechanics

Structural Analysis - Notes on Arch

Please find the notes and important questions on ARCHES

Download

Revised Guidelines for Major Project

Revised Guidelines: 
(As per the management decision on 13th Jan 2012)

• Students are encouraged to do In-house Projects

• If student wants to do projects outside, they can do in Public / Govt. Organizations for which students has to submit approval letter from the concern authority

• If student wants to do project other than Public / Govt. organization, the same should be approved by the committee (Civil Engineering Department)

• Students can start project work only after approval of Project Abstract

• Every month, there is a review on the project by external project expert.
• 
  
• If students violates the above guidelines, the department is not responsible for loss of academic year

Hence, all students are requested to contact department immediately

IV Year - List of Students along with Guides:

List of Students along with Guides:

Roll No#	Name	Guide
08E11A0105	R.Ashish Reddy	ABDUL WASEY
08E11A0106	M.Avinash
08E11A0131	P.Rajasekar Reddy
08E11A0133	R.R. Raman Kumar
08E11A0135	E.Rohit Prasad
08E11A0138	S.S.Surya Teja
08E11A0143	C.Siddhartha
08E11A0158	M.Venkat Krishna Reddy
08E11A0160	M.Vijay Krishna Reddy
09E15A0101	P.Ananda Reddy
09E15A0105	Hari Krishna
09E15A0107	Nagaraju
08E11A0117	C.Kubair Kumar	N.RAMACHANDRA RAO
08E11A0120	I.Nagarjuna Reddy
08E11A0128	V.Priyanka Reddy
08E11A0137	P.Sagar
08E11A0140	K.Shalom Living Stone
08E11A0149	N.Sunny Raj
08E11A0152	Syed Abdul Razak
08E11A0153	Syed Amar Abrar Ahmed
08E11A0154	Taquuddin Ahmed
09E15A0104	Hafeez Ahmed
09E15A0112	Shaik Mohsni Ali
09E15A0117	Santosh Kumar
08E11A0102	B.Anil Kumar	RAMBABU
08E11A0107	K.Beulah Grace
08E11A0115	J.John Samel
08E11A0155	N.Uday Bhaskar
08E11A0163	S.Vincint
09E15A0103	N.Gangadhar Reddy
09E15A0106	B.A.Kaleswar Rao
09E15A0109	Pavan  kumar
09E15A0110	Raj Kumar
09E15A0111	R. Bala Obula Reddy
09E15A0113	M.Shanti
09E15A0114	Pushpa Kumari
08E11A0112	M.Harish Goud	SAI BHARGAVI / ARATI REDDY
08E11A0113	P.Harish Reddy
08E11A0118	R.Madhu Kiran
08E11A0121	P.Nicolus Jasper
08E11A0122	S.Nitish Kumar
08E11A0124	A. Pradeep
08E11A0125	Ch.Prakyanth Reddy
08E11A0126	Pramod Kumar
08E11A0127	J.Preetham Reddy
08E11A0129	C.Purushotham
08E11A0134	P.Ravi Teja
08E11A0136	V.K.Roshan
08E11A0141	Y.Shravan Reddy
08E11A0144	A.Sravan
08E11A0145	N.N.V.S.S.Sriram
08E11A0146	M.Subba Ramaiah
08E11A0147	K.Sudheer Kumar
08E11A0150	B.Surender Reddy
08E11A0156	A. Varun Thomas
08E11A0161	P.Vijeesh
08E11A0165	B.Vivek
08E11A0101	T.Alok Snigh	VEERENDRA
08E11A0103	Anuroop Reddy
08E11A0104	M.Anusha
08E11A0109	C.Dinesh
08E11A0114	V.John Prameeth Kumar
08E11A0139	B.Sandeep
08E11A0151	V.Surender Reddy
08E11A0162	A.Vikram Kumar Goud
09E15A0102	Bhargav
09E15A0108	Nikilesh Nandan
09E15A0115	Shyam Prasad
09E15A0116	Vishnu Vardhan

IV Year - Major Project Guidelines

• Students has to choose their project area and apply on 26th Dec 2011

1. Structures
2. Water Resources Engineering
3. Geo-technical Engineering
4. Transportation Engineering
5. Environmental Engineering
6. Hydraulic Engineering
7. Remote Sensing and GIS

• After receiving applications, based on the title of project, guides will be allotted by the department on 27th Dec
• Teams will be finalized by the concerned guides on 28th Dec
• Student has to submit Project Abstract by 2nd Jan 2012
• Student should get approval of Project Abstract on or before 4th Jan 2012 from the concerned guide.
• From 5th Jan 2012 onwards, students has to work on Project

• Each guide will provide guidance to 3 to 4 teams
• Each team can have 4 to 6 students (will be finalized by Guide)
• Available guides as on today: Rambabu, Arati Reddy, Sai Bhargavi, Veerendra, Lavanya