Exam Details
Subject | building structures-i | |
Paper | paper 2 | |
Exam / Course | b.arch | |
Department | ||
Organization | Visvesvaraya Technological University | |
Position | ||
Exam Date | 2018 | |
City, State | karnataka, belagavi |
Question Paper
MODEL QUESTION PAPER (CBCS 2018 SCHEME) (For Reference only)
Note: The model question paper highlights the overall distribution of marks and provides generic
examples of questions set with reference to the modules syllabus.
USN 18ENG15
1
VISVESVARAYA TECHNOLOGICAL UNIVERSITY
I Semester B.Arch. (CBCS 2018 Scheme) Examination ……… 2018
BUILDING STRUCTURES-I
Time: 03 Hours Maximum Marks: 100
Instructions for Candidates
All questions carry equal marks.
Answer FIVE Full questions, taking ONE question from each Module
Follow written dimensions do not scale the drawing.
Module 1
1. Explain The following with example: 10
Live load Dead load Impact load Earth Quake load
Explain the advantages of mild steel and concrete as building materials. 10
OR
2. What is workability? What are factors that affect workability of concrete. 06
Explain briefly DUCTILITY BRITLENESS. 04
Explain various horizontal forces the structure is being subjected to. 10
Module 2
3. Differentiate between:
Coplanar force system Non coplanar force system. 03
Concurrent force system Collinear force system. 03
(iii)Law of Triangle of forces Law of Polygon of forces. 04
Determine the magnitude direction of resultant force shown in Fig.3b 10
MODEL QUESTION PAPER (CBCS 2018 SCHEME) (For Reference only)
Note: The model question paper highlights the overall distribution of marks and provides generic
examples of questions set with reference to the modules syllabus.
USN 18ENG15
2
OR
4. The Sum of two concurrent forces P Q is 270N, and their resultant is 180N. 11
The angle between the force and resultant is . Find the magnitude of
each force angle between them.
What is free body Diagram For the three illustrations shown draw the free 09
body diagram:
Ladder resting on a rough wall rough floor.
Beam resting on a Hinge at one end roller on the other.
(iii)Ball resting on a table.
Module 3
5. State and Prove "Varignon's Theorem". 06
Determine the magnitude, directions, Line of action of resultant force 14
(Refer Fig.5b).
Fig. 5b
OR
6. Explain different types of supports with neat sketches. 08
Determine the support reaction for the beam shown is Fig. 6b 12
MODEL QUESTION PAPER (CBCS 2018 SCHEME) (For Reference only)
Note: The model question paper highlights the overall distribution of marks and provides generic
examples of questions set with reference to the modules syllabus.
USN 18ENG15
3
Module 4
7. Locate the centriod of composite Section shown fig. 7a. 09
Fig. 7a
Locate the centriod of the composite section shown fig. 7b. 11
Fig.7b
OR
8. State and Prove Parallel axis theorem. 06
Determine the moment of inertia about both horizontal vertical 14
centriodal axis for the composite section shown in Fig. 8b.
Fig. 8b
MODEL QUESTION PAPER (CBCS 2018 SCHEME) (For Reference only)
Note: The model question paper highlights the overall distribution of marks and provides generic
examples of questions set with reference to the modules syllabus.
USN 18ENG15
4
Module 5
9. With neat sketch explain: 09
Perfect frame.
Deficient frame.
Redundant frame
Determine the forces in the truss shown in Fig. 9b. 11
Fig. 9b
OR
10. A Truss of span 9mts is loaded as shown in Fig. 10.
Find the reactions and forces in the member of the truss shown fig. 10 20
Fig. 10
Note: The model question paper highlights the overall distribution of marks and provides generic
examples of questions set with reference to the modules syllabus.
USN 18ENG15
1
VISVESVARAYA TECHNOLOGICAL UNIVERSITY
I Semester B.Arch. (CBCS 2018 Scheme) Examination ……… 2018
BUILDING STRUCTURES-I
Time: 03 Hours Maximum Marks: 100
Instructions for Candidates
All questions carry equal marks.
Answer FIVE Full questions, taking ONE question from each Module
Follow written dimensions do not scale the drawing.
Module 1
1. Explain The following with example: 10
Live load Dead load Impact load Earth Quake load
Explain the advantages of mild steel and concrete as building materials. 10
OR
2. What is workability? What are factors that affect workability of concrete. 06
Explain briefly DUCTILITY BRITLENESS. 04
Explain various horizontal forces the structure is being subjected to. 10
Module 2
3. Differentiate between:
Coplanar force system Non coplanar force system. 03
Concurrent force system Collinear force system. 03
(iii)Law of Triangle of forces Law of Polygon of forces. 04
Determine the magnitude direction of resultant force shown in Fig.3b 10
MODEL QUESTION PAPER (CBCS 2018 SCHEME) (For Reference only)
Note: The model question paper highlights the overall distribution of marks and provides generic
examples of questions set with reference to the modules syllabus.
USN 18ENG15
2
OR
4. The Sum of two concurrent forces P Q is 270N, and their resultant is 180N. 11
The angle between the force and resultant is . Find the magnitude of
each force angle between them.
What is free body Diagram For the three illustrations shown draw the free 09
body diagram:
Ladder resting on a rough wall rough floor.
Beam resting on a Hinge at one end roller on the other.
(iii)Ball resting on a table.
Module 3
5. State and Prove "Varignon's Theorem". 06
Determine the magnitude, directions, Line of action of resultant force 14
(Refer Fig.5b).
Fig. 5b
OR
6. Explain different types of supports with neat sketches. 08
Determine the support reaction for the beam shown is Fig. 6b 12
MODEL QUESTION PAPER (CBCS 2018 SCHEME) (For Reference only)
Note: The model question paper highlights the overall distribution of marks and provides generic
examples of questions set with reference to the modules syllabus.
USN 18ENG15
3
Module 4
7. Locate the centriod of composite Section shown fig. 7a. 09
Fig. 7a
Locate the centriod of the composite section shown fig. 7b. 11
Fig.7b
OR
8. State and Prove Parallel axis theorem. 06
Determine the moment of inertia about both horizontal vertical 14
centriodal axis for the composite section shown in Fig. 8b.
Fig. 8b
MODEL QUESTION PAPER (CBCS 2018 SCHEME) (For Reference only)
Note: The model question paper highlights the overall distribution of marks and provides generic
examples of questions set with reference to the modules syllabus.
USN 18ENG15
4
Module 5
9. With neat sketch explain: 09
Perfect frame.
Deficient frame.
Redundant frame
Determine the forces in the truss shown in Fig. 9b. 11
Fig. 9b
OR
10. A Truss of span 9mts is loaded as shown in Fig. 10.
Find the reactions and forces in the member of the truss shown fig. 10 20
Fig. 10
Other Question Papers
Subjects
- alternative building materials
- b.e.
- biomedical equipments
- biomedical instrumentation
- building services - iv
- building services – ii
- building services – iv
- building structures-i
- clinical instrumentation - ii
- clinical instrumentation – i
- construction management and entrepreneurship
- data structure u sing c+ +
- design of machine elements
- design of steel structural elements
- digital communication
- dynamics of machinery
- electrical and electronic measurement
- electrical estimation and costing
- energy and environment
- environmental protection and management
- finite element method of analysis
- fundamentals of signals and dsp
- highway engineering (15cv63)
- history of architecture
- history of architecture -v
- laser physics and non – linear optics
- machine learning
- management and economics
- management and entrepreneurship
- management and entrepreneurship development
- management and entrepreneurship development.
- materials and methods in building construction
- materials and methods in building construction - vii
- materials and methods in building construction – v
- matrix method of structural analysis
- microcontroller
- non traditional machining
- numerical methods and applications (15cv663)
- operating systems
- optimization techniques
- power electronics
- power system analysis 2
- power system protection
- process control systems
- professional practice i
- signals and systems
- sociology and building economics
- software application lab
- solid waste management
- special electrical machines
- theory of elasticity
- turbomachines
- urban design
- virtual bio-instrumentation
- vlsi design
- water resources management
- water supply and treatment engineering