SlideShare a Scribd company logo
1 of 36
INTRODUCTION
Name of Work: Office Building for A.G,
Uttarakhand .
Location: AG Campus Kaulagarh , Dehradun
Construction Deptt.- C.P.W.D., Dehradun
Contractor: M/s Dewan Chand
Agreement No.- 09/EE/DCD-II/2010-11
Date of Start: 28-8-2010
Date of Completion: 31-3-2015
 Estimated Cost: Rs. 31,88,61,721
Civil Work: Rs. 31,06,78,232
Electrical Work: Rs. 81,83,489
 FLOORS: G+5 with Basement for parking
Floor to Floor height:3.6 m for ground floor
and 3.3 m for rest of the floor.
Foundation Type:
Pile Foundation: 289 piles of 21.2 m beneath
the ground level
Raft Foundation
Centralised AC Building.
PLAN DETAILS
Shape of Building: Right Isosceles Triangle
Total Area: 4943.63 m2
Building is divided into Two Symmetrical
Blocks:
Right Hand Side Block
Left Hand Side Block
PLAN OF BUILDING (Ground Floor)
R.H.S Block
L.H.S. Block
Area Calculation(Ground Floor)
R.C.C. DETAILS OF BUILDING
Types of Columns at the site:
Rectangular Column: 600mm*750mm
Square Column: 600mm*600mm
Circular Column: 800mm dia
Pentagonal Column
Hexagonal Column
RECTANGULAR COLUMN
CIRCULAR COLUMN
PENTAGONAL COLUMN
HEXAGONAL COLUMN
Slab Details:
S1: 12 mm ɸ main bars@150 mm c/c spacing
S1: 10 mm ɸ distribution bars@175 mm c/c
spacing
S2: 12 mm ɸ main bars@175 mm c/c spacing
S2: 10 mm ɸ distribution bars@175 mm c/c
spacing
S3: 12 mm ɸ main bars@150 mm c/c spacing
S3: 10 mm ɸ distribution bars@150 mm c/c
spacing
Beam Details:
Square beam: 600mm*600mm
BEAM
SLABS
 Clear Cover:
 Beam: 40mm or Dia of Bar used, whichever is
more
 Column : 25mm or Dia of Bar used, whichever
is more
 Slab: 15 mm or Dia of Bar used, whichever is
more.
 Sizes of Steel Bar used:
32mm,25mm,20mm,16mm,12mm,10mm and 8mm
 Type of steel bar used:
Mild Steel Thermodynamic-Mechanically
Treated(T.M.T) bars
Example :
Analysis of Rectangular Column
 For analysis, i have computed following
elements:
1. Spacing of Bars:125 mm and 108.3 mm along
width and depth respectively
2. No. Of Stirrups: 34
3. Total Length of stirrups:216 m
4. Weight of Bars: 281 kg
5. Percentage Steel:1.4%
6. Shuttering Area: 8.1 m2
7. Concrete Volume: 1.35 m3
SITE EQUIPMENTS
TOWER GRID VEHICLE
FRONT VIEW OF TOWER GRID VEHICLE
SEMI-AUTOMATIC MIXING PLANT
AUTOMATIC MIXING PLANT
SITE PICTURES
STEEL BARS USED AT SITE
BAR-BENDING IN SLAB
RETAINING WALL AT BACK OF THE
BUILDING
COVER BLOCK
HACKING ON COLUMN
CONCLUSION
• I have learnt the various technicalities involved in
construction of various structural members.
• I have gained practical knowledge of how
reinforcement is provided for various members
and computing the elements of the same.
• Observed the working of various site equipments.
• Through the training period, apart from technical
knowledge, how the human resources are
managed at site.
Vivek Kuliyal

More Related Content

Viewers also liked

Viewers also liked (15)

Selfcompacting concrete a anaysis-2-2
Selfcompacting concrete   a anaysis-2-2Selfcompacting concrete   a anaysis-2-2
Selfcompacting concrete a anaysis-2-2
 
cpwd training
cpwd trainingcpwd training
cpwd training
 
Strength of Natural Soil Bricks
Strength of Natural Soil BricksStrength of Natural Soil Bricks
Strength of Natural Soil Bricks
 
Recommended limits for aggegates
Recommended limits for aggegatesRecommended limits for aggegates
Recommended limits for aggegates
 
TRAINING REPORT VIVEK KULIYAL
TRAINING REPORT VIVEK KULIYALTRAINING REPORT VIVEK KULIYAL
TRAINING REPORT VIVEK KULIYAL
 
Concrete lab s5 procedure
Concrete lab s5 procedureConcrete lab s5 procedure
Concrete lab s5 procedure
 
Mortars
MortarsMortars
Mortars
 
Bricks fin
Bricks finBricks fin
Bricks fin
 
Civil project and seminor title
Civil project and seminor titleCivil project and seminor title
Civil project and seminor title
 
Building materials of ancient india
Building materials of ancient indiaBuilding materials of ancient india
Building materials of ancient india
 
Aggregate - Concrete Technology
Aggregate - Concrete TechnologyAggregate - Concrete Technology
Aggregate - Concrete Technology
 
Understanding sieve analysis of sand
Understanding sieve analysis of sand Understanding sieve analysis of sand
Understanding sieve analysis of sand
 
Properties of aggregrate
Properties of aggregrateProperties of aggregrate
Properties of aggregrate
 
Cube test REPORT - DCC2042
Cube test REPORT - DCC2042Cube test REPORT - DCC2042
Cube test REPORT - DCC2042
 
Sieve analysis test report
Sieve analysis test reportSieve analysis test report
Sieve analysis test report
 

Similar to Vivek Kuliyal

Double Storeyed Building Estimation and Costing by Nafisa Nazneen Choudhury (...
Double Storeyed Building Estimation and Costing by Nafisa Nazneen Choudhury (...Double Storeyed Building Estimation and Costing by Nafisa Nazneen Choudhury (...
Double Storeyed Building Estimation and Costing by Nafisa Nazneen Choudhury (...Nafisa Nazneen Choudhury
 
Industrial training report
Industrial training reportIndustrial training report
Industrial training reportkiransuresh7
 
Industrial training report
Industrial training reportIndustrial training report
Industrial training reportkiransuresh7
 
Design and Fabrication of Portable Water Turbine
Design and Fabrication of Portable Water TurbineDesign and Fabrication of Portable Water Turbine
Design and Fabrication of Portable Water TurbineIRJET Journal
 
Conventional Design Calculation &3D Modeling of Metal Forming Heavy duty Hydr...
Conventional Design Calculation &3D Modeling of Metal Forming Heavy duty Hydr...Conventional Design Calculation &3D Modeling of Metal Forming Heavy duty Hydr...
Conventional Design Calculation &3D Modeling of Metal Forming Heavy duty Hydr...IJERA Editor
 
Automatic sheet metal cutting machine 1
Automatic sheet metal cutting machine 1Automatic sheet metal cutting machine 1
Automatic sheet metal cutting machine 1shahbaz shaikh
 
Chap-5-T-Girder Example-1.pdf
Chap-5-T-Girder Example-1.pdfChap-5-T-Girder Example-1.pdf
Chap-5-T-Girder Example-1.pdfAberaMamoJaleta
 
Design and planning of hostel building by vijayan
Design and planning of hostel building by vijayanDesign and planning of hostel building by vijayan
Design and planning of hostel building by vijayanVijayan S
 
Design of Football Stadium - Design Project for Civil Engineers
Design of Football Stadium - Design Project for Civil EngineersDesign of Football Stadium - Design Project for Civil Engineers
Design of Football Stadium - Design Project for Civil EngineersIndhumathi1134
 
Die design optimization and die stress analysis of control arm by simulation
Die design optimization and die stress analysis of control arm by simulation Die design optimization and die stress analysis of control arm by simulation
Die design optimization and die stress analysis of control arm by simulation Kundan Kumar
 
IRJET-Enhancing the Performance of Hybrid Microgrid using non Isolated Single...
IRJET-Enhancing the Performance of Hybrid Microgrid using non Isolated Single...IRJET-Enhancing the Performance of Hybrid Microgrid using non Isolated Single...
IRJET-Enhancing the Performance of Hybrid Microgrid using non Isolated Single...IRJET Journal
 
Single storey building design English version
Single storey building design English versionSingle storey building design English version
Single storey building design English versionThien Nguyen
 
Shell and tube heat exchanger
Shell and tube heat exchangerShell and tube heat exchanger
Shell and tube heat exchangerPraveen Sharma
 
IRJET - Design and Analysis of Residential Institute Building
IRJET - Design and Analysis of Residential Institute BuildingIRJET - Design and Analysis of Residential Institute Building
IRJET - Design and Analysis of Residential Institute BuildingIRJET Journal
 
IRJET- Techno – Economic Study of Different Type of Slab
IRJET-  	  Techno – Economic Study of Different Type of SlabIRJET-  	  Techno – Economic Study of Different Type of Slab
IRJET- Techno – Economic Study of Different Type of SlabIRJET Journal
 
Steel Bridge for a construction of highway bridge in Nepal
Steel Bridge for a construction of highway bridge in NepalSteel Bridge for a construction of highway bridge in Nepal
Steel Bridge for a construction of highway bridge in NepalPoudel Dinesh
 
IRJET - Design and Analysis of Connecting Rod using Different Materials
IRJET - Design and Analysis of Connecting Rod using Different MaterialsIRJET - Design and Analysis of Connecting Rod using Different Materials
IRJET - Design and Analysis of Connecting Rod using Different MaterialsIRJET Journal
 

Similar to Vivek Kuliyal (20)

Double Storeyed Building Estimation and Costing by Nafisa Nazneen Choudhury (...
Double Storeyed Building Estimation and Costing by Nafisa Nazneen Choudhury (...Double Storeyed Building Estimation and Costing by Nafisa Nazneen Choudhury (...
Double Storeyed Building Estimation and Costing by Nafisa Nazneen Choudhury (...
 
Jury Presenatation.pptx
Jury Presenatation.pptxJury Presenatation.pptx
Jury Presenatation.pptx
 
blackcats
blackcatsblackcats
blackcats
 
Industrial training report
Industrial training reportIndustrial training report
Industrial training report
 
Industrial training report
Industrial training reportIndustrial training report
Industrial training report
 
Design and Fabrication of Portable Water Turbine
Design and Fabrication of Portable Water TurbineDesign and Fabrication of Portable Water Turbine
Design and Fabrication of Portable Water Turbine
 
[IJET V2I3-1P3] Authors:G.Siva Prasad K.Dinesh Achari E.Dileep Kumar Goud M.N...
[IJET V2I3-1P3] Authors:G.Siva Prasad K.Dinesh Achari E.Dileep Kumar Goud M.N...[IJET V2I3-1P3] Authors:G.Siva Prasad K.Dinesh Achari E.Dileep Kumar Goud M.N...
[IJET V2I3-1P3] Authors:G.Siva Prasad K.Dinesh Achari E.Dileep Kumar Goud M.N...
 
Conventional Design Calculation &3D Modeling of Metal Forming Heavy duty Hydr...
Conventional Design Calculation &3D Modeling of Metal Forming Heavy duty Hydr...Conventional Design Calculation &3D Modeling of Metal Forming Heavy duty Hydr...
Conventional Design Calculation &3D Modeling of Metal Forming Heavy duty Hydr...
 
Automatic sheet metal cutting machine 1
Automatic sheet metal cutting machine 1Automatic sheet metal cutting machine 1
Automatic sheet metal cutting machine 1
 
Chap-5-T-Girder Example-1.pdf
Chap-5-T-Girder Example-1.pdfChap-5-T-Girder Example-1.pdf
Chap-5-T-Girder Example-1.pdf
 
Design and planning of hostel building by vijayan
Design and planning of hostel building by vijayanDesign and planning of hostel building by vijayan
Design and planning of hostel building by vijayan
 
Design of Football Stadium - Design Project for Civil Engineers
Design of Football Stadium - Design Project for Civil EngineersDesign of Football Stadium - Design Project for Civil Engineers
Design of Football Stadium - Design Project for Civil Engineers
 
Die design optimization and die stress analysis of control arm by simulation
Die design optimization and die stress analysis of control arm by simulation Die design optimization and die stress analysis of control arm by simulation
Die design optimization and die stress analysis of control arm by simulation
 
IRJET-Enhancing the Performance of Hybrid Microgrid using non Isolated Single...
IRJET-Enhancing the Performance of Hybrid Microgrid using non Isolated Single...IRJET-Enhancing the Performance of Hybrid Microgrid using non Isolated Single...
IRJET-Enhancing the Performance of Hybrid Microgrid using non Isolated Single...
 
Single storey building design English version
Single storey building design English versionSingle storey building design English version
Single storey building design English version
 
Shell and tube heat exchanger
Shell and tube heat exchangerShell and tube heat exchanger
Shell and tube heat exchanger
 
IRJET - Design and Analysis of Residential Institute Building
IRJET - Design and Analysis of Residential Institute BuildingIRJET - Design and Analysis of Residential Institute Building
IRJET - Design and Analysis of Residential Institute Building
 
IRJET- Techno – Economic Study of Different Type of Slab
IRJET-  	  Techno – Economic Study of Different Type of SlabIRJET-  	  Techno – Economic Study of Different Type of Slab
IRJET- Techno – Economic Study of Different Type of Slab
 
Steel Bridge for a construction of highway bridge in Nepal
Steel Bridge for a construction of highway bridge in NepalSteel Bridge for a construction of highway bridge in Nepal
Steel Bridge for a construction of highway bridge in Nepal
 
IRJET - Design and Analysis of Connecting Rod using Different Materials
IRJET - Design and Analysis of Connecting Rod using Different MaterialsIRJET - Design and Analysis of Connecting Rod using Different Materials
IRJET - Design and Analysis of Connecting Rod using Different Materials
 

Vivek Kuliyal

  • 1.
  • 2. INTRODUCTION Name of Work: Office Building for A.G, Uttarakhand . Location: AG Campus Kaulagarh , Dehradun Construction Deptt.- C.P.W.D., Dehradun Contractor: M/s Dewan Chand Agreement No.- 09/EE/DCD-II/2010-11 Date of Start: 28-8-2010 Date of Completion: 31-3-2015
  • 3.  Estimated Cost: Rs. 31,88,61,721 Civil Work: Rs. 31,06,78,232 Electrical Work: Rs. 81,83,489  FLOORS: G+5 with Basement for parking Floor to Floor height:3.6 m for ground floor and 3.3 m for rest of the floor. Foundation Type: Pile Foundation: 289 piles of 21.2 m beneath the ground level Raft Foundation Centralised AC Building.
  • 4. PLAN DETAILS Shape of Building: Right Isosceles Triangle Total Area: 4943.63 m2 Building is divided into Two Symmetrical Blocks: Right Hand Side Block Left Hand Side Block
  • 5. PLAN OF BUILDING (Ground Floor)
  • 9.
  • 10. R.C.C. DETAILS OF BUILDING Types of Columns at the site: Rectangular Column: 600mm*750mm Square Column: 600mm*600mm Circular Column: 800mm dia Pentagonal Column Hexagonal Column
  • 15. Slab Details: S1: 12 mm ɸ main bars@150 mm c/c spacing S1: 10 mm ɸ distribution bars@175 mm c/c spacing S2: 12 mm ɸ main bars@175 mm c/c spacing S2: 10 mm ɸ distribution bars@175 mm c/c spacing S3: 12 mm ɸ main bars@150 mm c/c spacing S3: 10 mm ɸ distribution bars@150 mm c/c spacing Beam Details: Square beam: 600mm*600mm
  • 16. BEAM
  • 17. SLABS
  • 18.  Clear Cover:  Beam: 40mm or Dia of Bar used, whichever is more  Column : 25mm or Dia of Bar used, whichever is more  Slab: 15 mm or Dia of Bar used, whichever is more.  Sizes of Steel Bar used: 32mm,25mm,20mm,16mm,12mm,10mm and 8mm  Type of steel bar used: Mild Steel Thermodynamic-Mechanically Treated(T.M.T) bars
  • 19. Example : Analysis of Rectangular Column  For analysis, i have computed following elements: 1. Spacing of Bars:125 mm and 108.3 mm along width and depth respectively 2. No. Of Stirrups: 34 3. Total Length of stirrups:216 m 4. Weight of Bars: 281 kg 5. Percentage Steel:1.4% 6. Shuttering Area: 8.1 m2 7. Concrete Volume: 1.35 m3
  • 20.
  • 21.
  • 22.
  • 23.
  • 24.
  • 26. FRONT VIEW OF TOWER GRID VEHICLE
  • 29.
  • 30. SITE PICTURES STEEL BARS USED AT SITE
  • 32. RETAINING WALL AT BACK OF THE BUILDING
  • 35. CONCLUSION • I have learnt the various technicalities involved in construction of various structural members. • I have gained practical knowledge of how reinforcement is provided for various members and computing the elements of the same. • Observed the working of various site equipments. • Through the training period, apart from technical knowledge, how the human resources are managed at site.