58
Future of Civil Engineering V.K. Pandya Zonal Head - Tech. Services - UltraTech Cement Limited Chairman - Indian Concrete Institute - Ahmedabad Centre

Presentation : Future of Civil Engineering

  • Upload
    iei-gsc

  • View
    3.312

  • Download
    2

Embed Size (px)

Citation preview

Page 1: Presentation : Future of Civil Engineering

Future of Civil Engineering

V.K. PandyaZonal Head - Tech. Services - UltraTech Cement Limited

Chairman - Indian Concrete Institute - Ahmedabad Centre

Page 2: Presentation : Future of Civil Engineering

ContentContent1. SHIFT IN STRUCTURES2. SHIFT IN MATERIALS3. SHIFT IN TECHNOLOGY4. SHIFT IN SKILL REQUIREMENTS

Page 3: Presentation : Future of Civil Engineering

SKYLINE IS CHANGINGSKYLINE IS CHANGING

Page 4: Presentation : Future of Civil Engineering

A Majority of the World’s Population Lives in Urban Areas

Page 5: Presentation : Future of Civil Engineering

NEWYORK 1930

NEWYORK 2015

Page 6: Presentation : Future of Civil Engineering

TORRENTO 1930

TORRENTO 2015

Page 7: Presentation : Future of Civil Engineering

HONGKONG 1930

HONGKONG 2015

Page 8: Presentation : Future of Civil Engineering

DUBAI 1990

DUBAI 2015

Page 9: Presentation : Future of Civil Engineering

SINGAPORE 1990

SINGAPORE 2015

Page 10: Presentation : Future of Civil Engineering

KUALA LUMPER 1990

KUALA LUMPER 2015

Page 11: Presentation : Future of Civil Engineering

SHANGHAI 1990

SHANGHAI 2015

Page 12: Presentation : Future of Civil Engineering

MUMBAI 1990

MUMBAI 2015

Page 13: Presentation : Future of Civil Engineering

AHMEDABAD 1990

AHMEDABAD 2015

Page 14: Presentation : Future of Civil Engineering

WONDERS IN CONSTRUTIONWONDERS IN CONSTRUTION

Page 15: Presentation : Future of Civil Engineering

World’s Tallest Building, Burj Khalifa, Dubai, Design life: 100 Yrs, Year: 2009H: 828 M, Floors: 163, Concrete: 3,30,000 Cum; Grade of Concrete: SCC C80

Page 16: Presentation : Future of Civil Engineering

Imagine Burj Khalifa Standing next to Patang Hotel (67 M) in Ahmedabad !

828 mts

67 Mts

Page 17: Presentation : Future of Civil Engineering

Project: Taipai 101, Year: 2004Location: Taipai, Taiwan

Height:509m Floor: 101Concrete Strength: 80MPa

Page 18: Presentation : Future of Civil Engineering

Project: HSB Turning Torso, Year: 2005 Height: 190m Floor: 54Location: Malmo, Sweden Concrete Grade: M70

Page 19: Presentation : Future of Civil Engineering

Project: Petronas Twin Towers, Year: 1998Location: Kuala lampur, Malaysia

Height:452m Floor: 88Concrete Strength: M80

Page 20: Presentation : Future of Civil Engineering

“Sky Park” Singapore

Page 21: Presentation : Future of Civil Engineering

"Sky Park“ is located on the 200-meter height on the three skyscrapers, as if on 3 pillars. Here is the most expensive in the world of casinos, bars & restaurants.

Page 22: Presentation : Future of Civil Engineering

Opera House, Sydney, Australia (Height: 74 M), Year: 1973

Page 23: Presentation : Future of Civil Engineering

Highway Intersection, USA

Page 24: Presentation : Future of Civil Engineering

Project: The Millau Viaduct, Y: 2004 Height : 343m Length:2,460mLocation: Millau, France. Concrete quantity: 85,000m3

Page 25: Presentation : Future of Civil Engineering

Concrete Tunnel Lining: World’s first tunnel constructed below Sea bed. Year: 1994

Page 26: Presentation : Future of Civil Engineering

Channel at an avg depth of 100m from sea level Length: 50kmChannel at an avg depth of 40m below the seabed Diameter: 7.5m

Page 27: Presentation : Future of Civil Engineering

Three Gorges Dam - ChinaProject: Three Gorges Dam Height:185m Length: 2335mLocation: China, Year: 2009 Concrete quantity: 26.43 Million CuM

Page 28: Presentation : Future of Civil Engineering

India’s longest Cable Stay Bridge | Bandra-Worli Sea Link | Mumbai

Page 29: Presentation : Future of Civil Engineering

CONSTRUCTION MATERIALSCONSTRUCTION MATERIALS

Page 30: Presentation : Future of Civil Engineering

SHIFT IN COMMUNICATION DEVICE

Page 31: Presentation : Future of Civil Engineering

SHIFT FROM OPC TO BLENDED CEMENT

33 Gr OPC

43 Gr OPC

53 Gr OPC

Blended Cement

Page 32: Presentation : Future of Civil Engineering

SHIFT IN CONCRETE

Cast in Situ RMC

Page 33: Presentation : Future of Civil Engineering

SHIFT FROM RIVER SAND TO MANUFACTURED SAND

Natural Sand Manufactured Sand

Page 34: Presentation : Future of Civil Engineering

SHIFT FROM NATURAL TO CRUSED AGGREGATES

Natural Aggregates Crushed Aggregates

Page 35: Presentation : Future of Civil Engineering

SHIFT FROM PLASTICISER TO SUPER-PLASTICIZER

Features Plasticizer Super-PlasticizerWater Reduction 5 – 10% Up to 30%

Slump Retention Moderate (up to 30 Mins.) High (up to 3Hrs.)

Dosage One stroke Application Delayed/Split/Re-dosing possible.

Origin LS / SNF SMF/AP/PCE

Cost Cheaper Costlier

ApplicationConventional Construction (M20 & M30 Grade)

HSC & HPC concrete production of M40 & above Grade

Page 36: Presentation : Future of Civil Engineering

SHIFT FROM SITE MIX MORTAR TO RADY TO USE MORTAR

Manual Mixing of Cement & Sand Ready Mortar Mix

Page 37: Presentation : Future of Civil Engineering

SHIFT FROM BRICKS TO CC BLOCKS

Clay Bricks AAC Blocks

Page 38: Presentation : Future of Civil Engineering

CONSTRUCTION TECHNOLOGIESCONSTRUCTION TECHNOLOGIES

Page 39: Presentation : Future of Civil Engineering

SHIFT IN INFRASTRUCTURE

Page 40: Presentation : Future of Civil Engineering

SHIFT IN ARCHITECTURE DESIGN TOOLS

2D Drawing 3D Architecture / Virtual Reality

Page 41: Presentation : Future of Civil Engineering

SHIFT IN STRUCTURAL DESIGN TOOLS

2D Drawing 3D Modeling Software

Page 42: Presentation : Future of Civil Engineering

SHIFT IN PROJECT PLANNING & BUDGETING

Critical Path Method Planning & Budgeting Software

Page 43: Presentation : Future of Civil Engineering

SHIFT IN SITE SURVEY

Theodolite Total Station

Page 44: Presentation : Future of Civil Engineering

SHIFT IN FORMWORK TECHNOLOGY

H-Frame & MS Plate Formwork Jumping Formwork

Page 45: Presentation : Future of Civil Engineering

SHIFT IN GRADE OF CONCRETE

1 : 2 : 4 IS 456: 2000

Page 46: Presentation : Future of Civil Engineering

SHIFT IN MAKING CONCRETE

Site Mix Concrete Ready Mix Concrete

Page 47: Presentation : Future of Civil Engineering

SHIFT IN CONCRETE TRANSPORATION & POURING

Manual Fully Automatic usingTransit Mixers, Concrete Pumps &

Concrete Boom Placers

Page 48: Presentation : Future of Civil Engineering

SHIFT IN CURING OF CONCRETE

Pond Curing Plastic Sheet Curing

Page 49: Presentation : Future of Civil Engineering

AVENUES FOR CIVIL ENGINEERAVENUES FOR CIVIL ENGINEER

Page 50: Presentation : Future of Civil Engineering

The world produces about 3.5 bn tonnes of cement a year. Given that cement is usually between 10% and 15% of the mix in concrete, that’s enough cement to produce about 4 tonnes of concrete for every person on earth each year.

Source: BBC 4 Mar’14

Page 51: Presentation : Future of Civil Engineering

World’s Cement Production & Per Capita Cement Consumption

SN Country Population(Crore)

*UN-2014

Cement Production (million Tonnes)*Wikipedia-2013

Per Capita Cement Consumption (kg)

*GlobalCement.com-2012

1 China 139.37 2480 (62%) 15812 India 126.74 280 1913 USA 32.25 77.8 2324 Russia 14.25 65 4025 Japan 12.70 53 4006 Saudi Arabia 2.93 50 17007 Total World 724.37 4000 536

Page 52: Presentation : Future of Civil Engineering

India’s Urban Population Growth

Rural

Urban

Page 53: Presentation : Future of Civil Engineering

India’s Housing Shortage Distribution

Page 54: Presentation : Future of Civil Engineering

“Housing for All by 2022”

Page 55: Presentation : Future of Civil Engineering

Avenues for Civil Engineer

Page 56: Presentation : Future of Civil Engineering

Hardware Software (Attitude)Knowledge • Expertise in chosen field

• Professional Updates• Increasing Learning

Quotient• Discipline• ListeningSkill • Computer Savvy

• Presentation Skill• Networking Skill

Knowledge

Skill Attitude

Page 57: Presentation : Future of Civil Engineering

CHOICE IS YOURS !

Page 58: Presentation : Future of Civil Engineering

Thank You