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    PROJECT REPORT

    ON

    SUMMER PRACTICAL TRAINING

    SUBMITTED BY:-

    SANDEEP KUMAR

    B.Tech Civil 4th

    Year

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    THE CONSTRUCTION SITE OF KASTURBA BALIKA VIDYALAYA

    GIRLS HOSTEL, ISHWAR NAGAR, NEW DELHI

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    PREFACE

    Practical training is one of the best ways to learn actually what youare studying theoretically. It provides us an opportunity to gain

    knowledge about how actually a work or a task is started and

    completed, also with the bonus of experience that one gets through

    it and clears the concept in our minds.

    I, Sandeep kumar, student of B.tech Civil Engineering, G.N.I.TCollege went through a five week summer practical training.

    Exploring about the aspects of Civil Engineering construction in my

    project and relating them to my previous knowledge made me

    understand the real importance it has in my area of learning.

    This is a report on the construction project ofKasturba BalikaVidyalayas Girls Hostel located in Ishwar Nagar, New Delhi.

    Located adjacent to the Okhla Railway Station, it is spread in ground

    area of about 11635 sqm. With all the important and basic facilities

    and infrastructure, training under this project has aroused my

    interest much more and has brought me confidence towards the

    various aspects that Civil Engineering holds.

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    ACKNOWLEDGEMENT

    Firstly, I would like to thanks my training incharge/staff for their

    support. They have been a great source of information that has led

    to this successful completion of the report. His vast knowledge

    regarding core areas of civil has helped finalising my report. I would

    also like to give full credit to the Irrigation & Flood Control

    Department, New Delhi for allowing me to train under theirguidance. My heartly thanks also goes to Head of the Civil

    Engineering Department, G.N.I.T College for giving me the privilage

    to undergo this rigorous practical training outside the college.

    The role of co-workers was also important to me as they gave me

    the practical aspect of every single detail regarding the materials

    they used in the construction of the building and the tasks which

    were self performed by them. Without the assistance of all above

    factors it would not have been possible for me to prepare the

    report that is enriched with the information which i was blessed

    during my summer training.

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    SALIENT FEATURES

    Name of the Work

    Construction of hostel for SC/ST students for Kasturba Balika

    Vidyalaya, Ishwar Nagar, Delhi.

    Type of Structure

    Basement plus 3 storied RCC framed structure

    Sanctioned Amount 4.14 Crores

    Covered Area(Ground plus 2 floors) 2400.00 Sqm

    Basement 450.00 Sqm

    Number of beds 206(nos.)

    Facilities/Provisions

    Earthquake Resistant StructureElectrical Wiring and InstallationsRain Water HarvestingPlumbing and Sanitary WorksCovered courtyard with polycarbonate sheet roofing

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    Accomodation provided

    GROUND FLOOR : Reception, Wardens office, Wardens

    Residence, Students rooms, Canteen and

    Dining hall, Common toilets.

    FIRST FLOOR : Library, Sick room/medical room, Students

    Rooms, Common toilets.

    SECOND FLOOR : Assistant Wardens residence, Sick

    Room/medical room, Students rooms,

    Common toilets.

    Other major features and details

    Flooring Kota Stone Doors Flush doors shutters with laminated

    Finish Door frames Mild Steel T-iron Windows Aluminium windows Wall finish

    Internal - Distemper

    Outer - Grit wash in white cement

    Provision for hot and cold water supply

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    PROJECT COMPONENTS

    LAND AREA USED INSTITUTIONAL

    GROUND COVERAGE 2070 sq.km.

    FLOOR AREA RATIO 42% of permissible FAR.

    UTILITY OF BUILDING Hostel for girl students

    NUMBER OF STOREY 3

    SOIL TYPES Sandy silt and clayey silt

    BEARING CAPACITY 14.13 tonnes per sq.km

    TYPES OF FOUNDATIONS Combined and isolated footings

    TYPES OF STRUCTURES RCC framed structure

    CONCRETE MIX USED IN DIFFERENT COMPONENTS OF

    STRUCTURES M 25 for slabs, 1:1:2 for columns

    WATER TO CEMENT RATIO 0.44

    SOURCE OF COURSE AND Material processed from nearby

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    FINE AGGREGATE areas

    CEMENT MAKE : Binani (43 grade), Rockstrong,

    Shree

    RATES : Rs 225-250 per bag

    STEEL MAKE AND RATES : Rathi TMT Bars, Rs 47.20 per kg

    COMPACTION DETAILS : Done as per requirements in filling of

    available earth in foundation trenches& in plinth. In all RCC works

    compaction is done by mechanical

    vibrators.

    CURING DETAILS : Brick work, RCC work, Plaster

    work etc.

    TYPE OF SCAFFOLDING : Water proof plywood on steel pipe

    Scaffolding

    FINISHING MATERIAL DETAILS

    FLOOR Kota, ceramic floor tilesWALL INTERIORS AND

    EXTERIORS Glazed tiles/Plaster with

    Distemper/ plastic paint

    FACADE(FRONT ELEVATION) White Cement grit wash

    EQUIPMENTS/MACHINE

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    EMPLOYED AT THE SITE Concrete Mixer,

    Vibrator(Used to compact concrete),

    Grinding Machine(for finishing of

    marble floor), Hoist, steel bar cutters

    welding machine etc.

    SAFETY MEASURES AT Fire fighting sprinklers, Water rising

    THE SITE mains and fire extinguishers.

    SOURCE OF WATER Boring at site

    WATER CONSERVATION Rain water harvesting systems to be

    Installed

    NO. OF LIFTS N.A.

    NO. OF STAIRS 2

    LEVELLING OF SHUTTERING Prior to laying of RCC slabs as

    per the approved drawings

    DETAILS ABOUT SHAFTS N.A.

    AIR CONDITIONINGSYSTEM Window ACs will be used if required

    WATER SUPPLY SYSTEM Normal sanitary and water supply

    System as required in institutions.

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    FOUNDATION DETAILS

    There are basically two types of footings that are used viz.

    combined and isolated footings. Their details are given as follows:

    MARK

    D d

    F1 550 mm 150 mm

    F2 550 mm 200 mm

    F3 600 mm 250 mm

    F4 600 mm 300 mm

    F5 650 mm

    F6 600 mm

    F7 600 mm

    F8 600 mm

    F9 600 mm

    F10 650 mm

    DEPTH REINFORCEMENT

    BR1 (SHORT BAR)

    10#@150c/c

    10#@120c/c

    12#@120c/c

    12#@100c/c

    12#@120c/c

    12#@150c/c

    12#@120c/c

    12#@120c/c

    12#@100c/c

    12#@130c/c

    BR2 (LONG BAR)

    10#@150c/c

    10#@120c/c

    12#@150c/c

    12#@120c/c

    2500x4000 mm

    2916x3150 mm

    2101x4541 mm

    12#@130c/c

    12#@120c/c

    12#@120c/c

    FOOTING SIZE(LxB)

    1500x1500 mm

    1800x2200 mm

    2000x2400 mm

    2400x2800 mm

    3081x3380 mm

    2330x3530 mm

    2600x4200 mm 12#@130c/c

    12#@120c/c

    12#@120c/c

    INDEX

    F1, F2..F10 are markings for various types of footings that are used.LxB denotes lengthxbreadth(cross sectional area)

    D stands for overall depth and d for effective depth

    In reinforcement, BR1 denotes short bar and BR2 denotes long bar.

    c/c denotes center to center spacing.

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    COLUMN DETAILS

    The columns that are constructed in the hostel building were of

    different cross sections as per the requirements and approved

    drawings. Their details are as follows:

    RINGS RINGS

    w+2y w+2y

    w+2y w+2y

    w+2y w+2y

    w+2y w+2y

    w+z w+z

    w+2y w+2y

    w+2y w+2y

    w+z w+z

    w+z w+z

    COL. MARKED

    BASEMENT TO FIRST FLOOR ROOF SLAB FIRST FLOOR TO SECOND FLOOR ROOF SLAB

    COL. SIZE COL. SIZE COL. MARKED

    300x600 mm

    230x750 mm

    230x600 mm

    600x230 mm

    300x600 mm

    230x750 mm

    230x600 mm

    300x600 mm

    600x300 mm

    300x600 mm

    C4

    600x300 mm

    600x230 mm

    600x230 mm

    300x300 mm

    C8

    C9

    C1

    C2

    C3

    C4

    C5

    600x230 mm

    600x230 mm

    300x300 mm

    C8

    C9

    C1

    C2

    C3

    C6

    C7

    C5

    C6

    C7 600x230 mm

    INDEX

    C1, C2, C3, C4, C4, C5, C6, C7, C8 and C9 are the types of columnsbuild with different cross sections as shown in the table.

    w, y and z denote the number of rings used to bound the steel

    reinforcing bars.

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    BASEMENT ROOF DETAILS

    The roofing slab of basement of the hostel building has a variety of

    the beams constructed having the same cross sectional area but

    varying in their lengths as per their particular requirement in the

    structure, whose details are as follows:

    9-20#, 4-25#

    8-16#, 6-20#

    8-16#, 6-20#

    REINFORCEMENTSCROSS SECTION

    10-16#

    8-16#, 10-20#

    34-16#

    14-16#, 6-20#

    16-16#

    RB15

    230x600 mm

    230x600 mm

    230x600 mm

    230x600 mm

    230x600 mm

    230x600 mm

    RB10

    RB11

    RB12

    RB13

    RB14

    BEAM MARKED

    RB1 230x600 mm 2-16#, 6-20#

    RB5 230x600 mm 24-16#, 6-20#

    RB6 230x600 mm 4-16#, 10-20#

    RB2 230x600 mm 6-16#, 6-20#

    RB3 230x600 mm 10-16#, 6-20#

    4-16#, 6-20#230x600 mmRB4

    RB7 230x600 mm 10-16#

    RB8 230x600 mm 12-20#, 2-25#

    RB9 230x600 mm 4-16#, 9-20#, 2-25#

    RB16

    RB17

    230x600 mm

    230x

    600 mm

    INDEX

    RB1, RB2,...RB17 are the markings of the different types of beams

    that are used in the structure

    Each beam is having the same cross sectional area i.e. 230x600 mm

    In reinforcements, a-b# means a denotes the number, b denotesthe diameter in mm and # is symbolising the diameter.

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    GROUND FLOOR ROOFING DETAILS

    On the ground floor of the hostel building the beams with different

    lengths but same cross section as in the basement roof system are

    used to support the slabs on the ground floor. Their reinforcement

    details are as follows:

    6-16#, 6-20#

    16-16#, 6-20#

    6-16#, 6-20#, 2-25#

    230x600mm

    230x600mm

    230x600mm

    4-16#, 6-20#, 20-25#

    8-16#, 2-20#, 6-25#

    10-16#, 6-20#

    10-16#, 6-20#

    10-20#

    12-20#

    4-16#, 6-20#

    8-16#, 8-25#

    4-16#, 2-20#, 8-25#

    4-16#, 6-20#

    8-16#, 8-20#, 4-25#

    28-16#, 6-20#

    24-16#, 6-20#

    RB18

    230x600mm

    300x600 mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    300x600 mm

    300x600 mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    RB13

    RB14

    RB15

    RB16

    RB17

    RB8

    RB9

    RB10

    REINFORCEMENTS

    RB1

    RB2

    RB11

    RB12

    RB3

    RB4

    RB5

    RB6

    RB7

    BEAM MARKED CROSS SECTION

    10-16#, 6-20#

    24-16#, 6-20#

    INDEX

    RB1, RB2,...RB18 are denoting the markings of the beams that are

    constructed on the roof slab, and also with 2 different cross section

    areas viz. 230x600 mm and 300x600 mm.

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    The reinforcements are shown in front of each type of beam with

    their respective diameters and their corresponding number used.

    FIRST/SECOND FLOOR ROOFING DETAILS

    The beams that are used to support the roof slabs of the first and

    the second floor are respectively same in their cross section, length

    and reinforcement, which means the first floor is similar that of the

    second floor due to the similarity in the beams used for support.

    Hence, their combined details are as follows:CROSS SECTION REINFORCEMENTS

    RB2

    RB3

    RB4

    RB5

    RB6

    RB8

    RB9

    RB10

    RB11

    RB12

    RB13

    RB14

    RB15

    BEAM MARKED

    RB16

    RB17RB18

    RB19

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    300x600mm

    300x600mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm

    230x600mm230x600mm

    230x600mm

    RB7

    8-16#, 2-20#, 6-25#

    10-16#, 6-20#

    10-16#, 6-20#

    12-20#

    12-20#

    4-16#, 6-20#

    8-16#, 8-25#

    4-16#, 10-25#

    4-16#, 6-20#

    8-16#, 8-20#, 4-25#

    28-16#, 6-20#

    22-16#, 6-20#

    10-16#, 6-20#

    22-16#, 6-20#

    6-16#, 6-20#

    18-16#, 6-20#6-16#, 6-20#, 2-25#

    24-16#, 6-20#

    INDEX

    RB1, RB3,...RB19 are denoting the marking of the different beams

    as per the approved drawings.

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    In reinforcements, the respective diameters of the steel bars used

    are given along with their number which are embedded inside that

    particular beam.

    SUMMARY

    Kasturba Balika VidyalayaGirls Hostel, Ishwar Nagar, New Delhi is

    the construction that is undertaken by Krishna Construction

    Company with the consultancy of Designers Guild. Costing

    approximately Rs 4.14 crores, the project was started on 1 April,2011, it provides accommodation to about 260 girl students of the

    said school. Expected to completed by 30 September, 2012, it is a

    project of 18 months duration. When i joined the project I saw the

    construction at the reinforcement stage of the building and

    observed other important parts of the construction such as brick

    wall making, plastering, curing and also concreting. Some otherfinishing works that I learned about were tiles placing and floor

    making.

    The duration of my training was five weeks in which I learnt almost

    all the things as I could vision all this which was due to the

    accelerating pace of work and great experience that my trainingincharge and his co workers had. They had helped me understand

    and learn about the various tasks, either related to construction or

    estimating the cost of a particular item used in the construction. I

    also have profit myself with some of the modern techniques that

    were used to build major components of the hostel building.

    Equipped with almost every facility required for a hostel and having

    an ideal infrastructure, this project helped me learn the practical

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    aspects of what I learn in my institution, perhaps much more than

    that.

    This summer training helped me clear my vision towards Civil

    Engineering as I learned many things that the textbooks

    might have been insufficient for. After going through this practical

    training I have no doubt that I will be able to see and learn new

    things in a broad manner which will surely help me more in my

    future Civil Engineering career.

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    BIBLIOGRAPHY

    The information in my report on the project has been also derived

    from:

    Limit State Design of Steel Structures by S K Duggal

    Reinforced Concrete Design by Pillai and Menon Building Construction by B C Punmia Internet sites such as Google.com

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