81
Download Previous Year Diploma Paper of RCC DRAWINGS
RCC Drawings 5th Exam/Civil/4511/Feb 2021 Diploma Paper
Q.1 Draw sectional plan and elevation of a simply supported one way slab with following data:
Q.3 Draw the L-section and two cross sections (one at mid span and other near the support) of a doubly
Q.5 Draw the sectional plan and section elevations of a square column with an isolated footing of uniform
Download Previous Year Diploma Paper of RCC DRAWINGS
5th Exam/Civil/4511/Feb 2021 Diploma Paper (For 2018 Batch onwards)
RCC Drawings 5th Exam/Civil/4511/Feb 2021 Diploma Paper
(For 2018 Batch onwards) Diploma Paper
                SECTION-A
Q2. Attempt any Three questions.                                  5×6=3
Q.1 Draw sectional plan and elevation of a simply supported one way slab with following data:
Size of room: 3.5 m x 7.5 m
Thickness of slab: 150 mm
Bearing on wall: 300 mm
Thickness of wall: 500 mm
Reinforcement details of HYSD bars.
Main bars: 12 mm diameter bars @ 150 mm c/c (with alternative bars bent up)
Distribution steel: 10 mm diameter bars @ 200 mm c/c.
Q.2 Draw the L-section and two cross sections (one at mid span and other near the support) of a simply
supported rectangular
RCC beam with the following data:
Clear span: 3.5 m
Bearing on wall: 200 mm
Thickness of wall: 300 mm
Size of the beam: 300 mm x 500 mm
Main reinforcement: 5-20 mm diameter HYSD bars (3 bars bent up at l/7 from the inner face of
support)
Stirrups: 8 mm diameter 2 legged @ 200 mm c/c
Anchor bars: 2-12 mm diameter
Also prepare the bar bending schedule.
Q.3 Draw the L-section and two cross sections (one at mid span and other near the support) of a doubly
reinforced beam with the following data:
Clear span: 4.5 m
Bearing on wall: 400 mm
Size of the beam: 300 mm x 500 mm
Main tensile reinforcement: 3 bars of 20 mm diameter (one bent up at l/7)
Compression reinforcement: 2 bars of 16 mm diameter
Shear stirrups: 8 mm diameter 2 legged @ 200 mm c/c
Also prepare the bar bending schedule.
Q.4 Draw the sectional plan and section elevations of a square column with an isolated footing of uniform
thickness from the following data:
Size of column: 450 mm x 450 mm
Depth below G.L: 1.2 m
Plinth level: 300 mm above G.L.
Height of ceiling above plinth level: 3.5 m
Reinforcement details of:
Columns
Main bars: 4-25 mm diameter, Lateral ties: 8 mm diameter @ 300 mm c/c
Footing
Size of footing: 2.2 m x 2.2 m, Thickness of footing: 300 mm
Reinforcement: 12 mm diameter bars @ 150 mm c/c both ways
The main bars of the column are tied with the steel of 130 mm thick RCC slab.
Q.5 Draw the sectional plan and section elevations of a square column with an isolated footing of uniform
thickness from the following data:
Diameter of column: 500 mm
Depth above G.L: 1.0 m
Plinth level: 400 mm above G.L.
Height of column above plinth level: 3.8 m
Reinforcement details of:
Columns
Main bars: 6-20 mm diameter, Lateral ties: 8 mm diameter @ 300 mm c/c
Footing
Size of footing: 3.0 m x 3.0 m, Thickness of footing: 300 mm
Reinforcement: 12 mm diameter bars @ 290 mm c/c both ways
The main bars of the column are tied with the steel of 150 mm thick RCC slab.
Also prepare the bar bending schedule.
RCC Drawings 5th Exam/Civil/4511/Feb 2021 Diploma Paper (For 2018 Batch onwards) Diploma Paper
Get StartedSection A:-RCC Drawings 5th Exam/Civil/4511/Feb 2021 Diploma Paper (For 2018 Batch onwards) Diploma Paper
Differentiate between annealing and normalizing?Differentiate between annealing and normalizing.
Composition, properties of Duralumin.
Different types of Identification tests.
mechanical properties Strength, stiffness, elasticity, plasticity, toughness, ductility,
malleability.
Physical properties Appearance, luster, colour, density and melting point.
Major applications of plastics.
Types of Protective coating materials.