CIVIL ENGINEEING SUBJECTS LECTURES

 
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CIVIL ENGINEERING-INTRODUCTION, SOCITAL AND GLOBAL IMPACT

PART 0

INTRODUCTION OF THE COURSE

CHAPTER 1

INTRODUCTION AND HISTORICAL DEVELOPMENTS

PART 1

CIVIL ENGINEERING, ROLES AND RESPONSIBILITIES OF A CIVIL ENGINEER

PART 2

SEVEN WONDERS OF MODERN AND ANCIENT WORLD

PART 3

SEVEN WONDERS OF MODERN AND ANCIENT WORLD

PART 4

SEVEN WONDERS OF MODERN AND ANCIENT WORLD

 

PART 5

SEVEN WONDERS OF MODERN AND ANCIENT WORLD

PART 6

CAREERS AND JOBS IN CIVIL ENGINEERING, SCOPE OF CIVIL ENGINEERING IN PRIVATE AND GOVT SECTOR

PART 7

SALARY OF A CIVIL ENGINEER, SKILLS NEEDED IN A CIVIL ENGINEER,

PART 8

TYPES OF CIVIL ENGINEERING JOBS, TOP COMPANIES FOR CIVIL ENGINEERS, ADVANTAGES AND DISADVANTAGES OF CIVIL ENGINEERING

PART 9

RECENT CIVIL ENGINEERING BREAKTHROUGH AND INNOVATIONS-SELF HEALING CONCRETE, THERMAL BRIDGING, PHOTOVOLTAIC GLAZE

PART 10

RECENT CIVIL ENGINEERING BREAKTHROUGH AND INNOVATIONS-KINETIC FOOTBALL, KINETIC ROADS, PREDECTIVE SOFTWARE, 3D MODELLING

 

 

 

PART 11

RECENT CIVIL ENGINEERING BREAKTHROUGH AND INNOVATIONS-MODERN CONSTRUCTIONS, CLOUD COLLABORATION, ASSET MAPPING

PART 12

AVENUES(RAASTE) FOR ENTREPRENEURIAL WORKING

PART 13

REQUIRED PRE-QUALIFIERS FOR ENTREPRENEURSHIP, FINAL WORDS FOR FUTURE ENTREPRENEURS

CHAPTER 2

UNDERSTANDING PAST TO LOOK INTO THE FUTURE

PART 1

 PRE-INDUSTRIAL SOCIETY, AGRICULTURE REVOLUTION

PART 2

INDUSTRIAL REVOLUTION

PART 3

FIRST INDUSTRIAL REVOLUTION

PART 4

SECOND INDUSTRIAL REVOLUTION

PART 5

HISTORY OF TECHNOLOGY, 10 MAJOR TECHNOLOGICAL REVOLUTIONS IN THE CONSTRUCTION INDUSTRY

PART 6

SUSTAINABILITY, SUSTANABILITY DEVELOPMENT GOALS

PART 7

ENVIRONMENT AND ITS FUNCTIONS, ENVIRONMENTAL DEGRADATION

PART 8

GLOBAL ENVIRONMENTAL CRISIS-GLOBAL WARMING, OZONE LAYER DEPLETION, MEASURES TO SAVE ENVIRONMENT, SUSTANABLE DEVELOPMENT AND ENVIRONMENTAL CHANGES

PART 9

GLOBAL WARMING, HOW GLOBAL WARMING AFFECTING LIFE, WHAT CHANGES TO THE CLIMATE ARE HUMANS CAUSING THROUGH GLOBAL WARMING?

 

 

PART 10

CAUSES OF GLOBAL WARMING, ATMOSPHERIC POLLUTION AND AIR POLLUTANTS

PART 11

POLLUTION AND ITS TYPES-AIR WATER SOIL AND NOISE POLLUTION

PART 12

SAFETY AND HEALTH MANAGEMENT SYSTEM IN CIVIL ENGINEERING

PART 13

ENVIRONMENTAL IMPACT ASSESSMENT, THE EIA PROCESS, STAKEHOLDERS IN THE EIA PROCESS, IMPORTANCE OF EIA, SHORTCOMINGS OF EIA PROCESS

PART 14

INNOVATIONS AND METHODOLOGIES FOR ENSURING SUSTANABILITY, TOP SUSTAINABLE TECHNOLOGIES IN GREEN CONSTRUCTION

 

 

CHAPTER 3

INFRACTURE DEVELOPMENT AND GROWTH OF NATION

PART 1

 THE EFFECTS OF INFRASTRUCTURE DEVELOPMENT ON GROWTH AND INCOME DISTRIBUTION

PART 2

FOUR STAGES OF THE VALUE CHAIN

PART 3

ECONOMIC INFRASTRUCTURE – INTRO, TYPES, SIGNIFICANCE

PART 4

SIGNIFICANCE OF ECONOMIC INFRACTURE, IMPORTANCE OF ECONOMIC INFRASTRUCTURE, INTRODUCTION AND OVERVIEW TO FUTURISTIC SYSTEMS

PART 5

MEGACITIES', A FUTURE CHALLENGE

 

PART 6

SMART CITY?

PART 7

CORE INFRASTRUCTURE ELEMENTS IN SMART CITY

PART 8

HYPERLOOP, BENEFITS OF HYPERLOOP

PART 9

PORTS, PORT FACILITIES?, DIFFERENCE BETWEEN PORTS AND TERMINALS, TOP 10 BUSIEST PORTS

PART 10

RAIL TRANSPORT' AND ITS ADVANTAGES AND DISADVANTAGES

PART 11

TUNNELS AND ITS ADVANTAGES AND DISADVANTAGES, OPEN CUTS AND TUNNELING

PART 12

ROADS, CLASSIFICATION OF ROADS IN INDIA, ADVANTAGES AND DISADVANTAGES OF ROADS

 

PART 13

AIRPORT AND ITS ADVANTAGES AND DISADVANTAGES

PART 14

SEA CANALS AND ITS ADVANTAGES AND DISADVANTAGES, BRIDGES AND ITS ADVANTAGES AND DISADVANTAGES

 

CHAPTER 4

ENERGY GENERATION

PART 1

 ELECTRICITY GENERATION, HYDROPOWER WORKS, PARTS OF A HYDROELECTRIC PLANT

PART 2

HYDROELECTRIC PLANT CAPACITY, SLOAR POWER AND ITS SELECTION

PART 3

HOW SOLAR POWER GENERATED FROM PV CELL?, COMPONENTS OF SOLAR ENERGY ELECTRICITY GENERATION

PART 4

WIND POWER AND ITS WORKING, WIND ENERY BENEFITS AND CHALANGES, WAVE ENERGY AND ITS ADVANTAGES AND DISADVANTAGES

PART 5

TIDAL POWER, AND ITS ADVANTAGES AND DISADVANTAGES

GEOTHERMAL ENERGY, AND ITS ADVANTAGES AND DISADVANTAGES

 

PART 6

THERMAL ENERGY WITH EXAMPLES, AND ITS ADVANTAGES AND DISADVANTAGES

 

PART 7

TELECOMMUNICATION

PART 8

UNDERGROUND AND OVERHEAD CABLING, BENEFITS OF UNDERGROUND CABLING VS ABOVE-GROUND

PART 9

FLOOD CONTROL, CAUSES, EFFECTS AND BENEFITS OF FLOODS, METHODS OF FLOOD MANAGEMENT

PART 10

IMPROVING ENERGY EFFICIENCY IN THE BUILT ENVIRONMENT -LEED

PART 11

BUILDING CODES DEFINED, ITS TYPES AND ADVANTAGES

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

HYDROLOGY AND DAMS

CHAPTER 1

INTRODUCTION

PART 1

WHAT DO YOU MEAN BY HYDROLOGY AND DAMS?

PART 2

WATER CYCLE WITH EXAMPLE

PART 3

PROCESSES IN WATER CYCLE

PART 4

PROCESSES IN WATER CYCLE

PART 5

PROCESSES IN WATER CYCLE, HYDROLOGICAL DATA

PART 6

HYDROLOGICAL MODELS, FLOODS

PART 7

MECHANISM OF PRECIPITATION, CONVECTIVE, STRATIFORM AND ORTHOGONAL PRECIPITATION

PART 8

CAUSES OF PRECIPITATION, HYETOGRAPH

 

CHAPTER 2

INTERCEPTION AND INFILTRATION

PART 1

INTERCEPTION, EVAPOTRANSPIRATION

PART 2

INFILTRATION, FACTORS AFFECTING INFILTRATION-PRECIPITATION, SOIL CHARACTERISTICS

PART 3

FACTORS AFFECTING INFILTRATION- SOIL MOISTURE CONTENT, ORGANIC MATERIALS, LAND COVER, SLOPE

PART 4

PROCESS OF INFILTRATION, FACORS INFLUENCE INFILTRATION-TYPE OF VEGETATION, WIND VELOCITY, DURATION AND INTENSITY OF STORM, SEASON AND CLIMATE

PART 5

TRANSPIRATION IN DETAIL WITH EXAMPLES

PART 6

FACTORS AFFECTING EVAPORATION FROM FREE WATER SURFACE

 

CHAPTER 3

RUNOFF

PART 1

RUNOFF AND ITS FORMULA, TYPES OF RUNOFF

PART 2

DIRECT PRECIPITATION, BASE FLOW, FACTORS AFFECTING DISTRIBUTION OF RUNOFF

PART 3

EXAMPLE TO CALCULTE MEAN ANNUAL DEPTH OF RAINFALL AND RUNOFF COEFFICIENT

PART 4

EXAMPLE TO CALCULATE RUNOFF COEFFICIENT

PART 5

HYDROGRAPH, TYPES OF HYDROGRAPHS, DETERMINATION OF RUNOFF

 

PART 6

UNIT HYDROGRAPH, ASSUMPTIONS IN UNIT HYDROGRAPH

PART 7

EXAMPLE ON 6 HOUR UNIT HYDROGRAPH

PART 8

UNIT HYDROGRAPH OF DIFFERENT DURATION, S CURVE TECHNIQUE, DISCHARGE IN 6HOUR UNIT HYDROGRAPH

PART 9

USE AND LIMITATIONS OF UNIT HYDROGRAPH

PART 10

EXAMPLE ON 3 HOUR SUNTHETIC UNIT HYDROGRAPH

 

CHAPTER 4

PEAK FLOWS

PART 1

PEAK FLOW, FLOODS, DESIGN FLOOD, DESIGN FLOOD ESTIMATES

 

 

PART 2

METHODS USED FOR ESTIMATION OF DESIGN FLOODS-PAST FLOOD, ENVELOPE CURVE, EMPERICAL FORMULA, RATIONAL METHOD, UNIT HYDROGRAPH, FREQUENCY ANALYSIS

PART 3

KIRPICH EQUATION, RUNOFF COEFFICIENT, EXAMPLE TO CALCULATE EQUIVALENT RUNOFF COEFFICIENT

PART 4

UNIT HYDROGRAPH METHOD, ESTIMATION OF DESIGN FLOOD FOR A PARTICULAR RETURN PERIOD

PART 5

GUMBELS METHOD

 

CHAPTER 6

GRAVITY DAMS AND SPILLWAYS

PART 1

GRAVITY DAM WITH EXAMPLE AND ITS CHARACTERISTICS, CLASSIFICATIONS OF GRAVITY DAM

 

PART 2

SPILLWAY WITH EXAMPLE, TYPES OF SPILLWAYS

PART 3

FORCES ACTING ON GRAVITY DAMS-WATER PRESSURE, SELF WEIGHT, UPLIFT FORCE, EARTHQUAKE, WAVE ICE AND SILT PRESSURE

PART 4

FORCES ACTING ON GRAVITY DAMS- WAVE ICE, SILT AND WIND PRESSURE, CAUSES OF FAILURE OF GRAVITY DAM

PART 5

EXAMPLE ON STABILITY OF CONCRETE GRAVITY DAM

PART 6

DIFFERENT METHODS OF STABILITY ANALYSIS IN GRAVITY DAM-ANALYTICAL AND GRAPHICAL METHODS

PART 7

DESIGN PRINCIPLES OF GRAVITY DAM, ELEMENTARY PROFILE OF GRAVITY DAM

 

 

PART 8

SPILLWAYS, ESENTIALS OF SPILLWAYS

PART 9

SPILLWAYS AND ITS REQUIREMENTS, TYPES OF SPILLWAYS-OVERFLOW SPILLWAY, CHUTE SPILLWAY AND SIDE CHANNEL SPILLWAY

PART 10

TYPES OF SPILLWAYS-SADDLE SPILLWAY, EMERGENCY SPILLWAY, SHAFT, SIPHON, COMPONENT PARTS OF SPILLWAY

PART 11

ADVANTAGES OF GATED SPILLWAYS

 

CHAPTER 7

ARCH AND BUTRESS DAMS

PART 1

ARCH DAM WITH EXAMPLE, CLASSIFICATION OF ARCH DAM, LOADS ON ARCH DAM

PART 2

TYPES OF ARCH DAM, EXAMPLES, ADVANTAGES AND DISADVANTAGES OF ARCH DAM

PART 3

FORCES ACTING ON ARCH DAM, BUTRESS DAM

PART 4

TYPES OF BUTRESS DAMS-BESED ON TYPE OF SLOPING MEMBRANE, CLASSIFICATION OF DECK SLAB TYPE

PART 5

TYPES OF BUTRESS DAMS-BESED ON THE JOIN BETWEEN SLOPING MEMBRANE AND BUTTRESSES, ADVANTAGES AND DISADVANTAGES OF BUTRESS DAMS

 

CHAPTER 8

EARTH DAMS

PART 1

EMBANKMENT DAM WITH EXAMPLE, COMPONENTS OF EARTH DAM

PART 2

COMPONENTS OF EARTH DAM

PART 3

COMPONENTS OF EARTH DAM, PHREATIC LINE

BUILDING CONSTRUCTION

CHAPTER 1

INTRODUCTION

PART 1

BUILDING, CLASSIFICATION OF BUILDING BASED ON OCCUPANCY

PART 2

RESIDENTIAL BUILDING AND ITS TYPES

PART 3

BUSINESS MERCHENTILE AND INDUSTRIAL BULDINGS, GUIDELINES FOR CLASSIFICATIONS OF BUILDINGS

PART 4

PARTS/COMPONENTS OF BUILDING

PART 5

PARTS/COMPONENTS OF BUILDING

 

CHAPTER 2

FOUNDATIONS

 

 

PART 1

FOUNDATION, PURPOSE OF FOUNDATION, TYPES OF FOUNDATION

PART 2

TYPES OF SHALLOW FOUDATIONS-ISOLATED SPRESD FOOTING, WALL FOOTINGS

PART 3

TYPES OF SHALLOW FOUDATIONS-COMBINE FOOTING, CANTILEVER/STRAP FOOTING, MAT/RAFT FOUNDATION

PART 4

PILE AND PIER(CAISSON) FOUNDATION

PART 5

EXCAVATION-DRAWINGS REQUIRED, WORKING PROCEDURE, CHECKS FOR EXCAVATION AND FILLING

 

CHAPTER 3

WALLS

PART 1

WALLS AND ITS ADVANTAGES, TYPES OF WALLS, LOAD BEARING WALLS

PART 2

NON LOAD BEARING WALLS, RETAINING AND BREAST WALLS, CLASSIFICATION ACCORDING TO MATERIAL OF CONSTRUCTION

PART 3

PARTITION WALL AND ITS ADVANTAGES, REQUIREMENTS OF A GOOD PARTITION WALL

PART 4

TYPES OF PARTIOTION WALLS

PART 5

SCAFFOLDING AND ITS TYPES

PART 6

STEEL/TUBULAR SCAFFOLDING, SHORING AND ITS TYPES

 

CHAPTER 4

MASONARY

PART 1

MASONARY WORKS AND ITS TYPES, APPLICATIONS, ADVANTAGES AND DISADVANTAGES OF MASONARY

 

PART 2

BRICK MASSONARY, TERMS USED IN MASONARY

PART 3

TYPES OF BONDS IN BRICK MASONARY

PART 4

BRICK MASONARY CONSTRUCTION PROCEDURE, MORTOR AND ITS TYPES

PART 5

TYPES OF MORTOR BASED ON NATURE OF APPLICATION AND BASED ON BUILDING MATERIAL USED

PART 6

TYPES OF MORTORS BASED ON BULK DENSITY, SPECIAL PURPOSE MORTORS

PART 7

PREPARATION OF MORTOR

PART 8

USES OF MORTOR, SELECTION OF MORTOR

PART 9

STONE MASONARY AND ITS TYPES, REQUIREMENTS OF STONE

CHAPTER 5

ARCHES AND LINTELS

PART 1

ARCHES AND LINTELS WITH EXAMPLES

PART 2

CLASSIFICATION OF LINTELS

PART 3

ARCHES AND ITS ELEMENTS, TERMS IN ARCHES

PART 4

CLASSIFICATION OF ARCHES BASED ON MATERIAL AND WORKMANSHIP

PART 5

CLASSIFICATION OF ARCHES BASED ON SHAPE

 

CHAPTER 6

DOORS, WINDOWS AND VENTILATORS

                                     PART 1

DOORS, TYPES OF DOORS      

PART 2

TYPES OF DOORS BASED ON THE MATERIAL USED-WOOD, METAL,UPVC

PART 3

UPVC DOORS, TYPES OF DOORS BASED ON MECHANISM AND USAGE

PART 4

COMPOSITE AND SWINGING DOORS ITS ADVANTAGES AND DISADVANTAGES

PART 5

REVOLVING AND FOLDING DOORS AND ITS ADVANTAGES AND DISADVANTAGES

PART 6

WINDOW, SELECTION CRITERIA FOR WINDOWS, TYPES OF WINDOWS

PART 7

METAL, SHASH, CORNER, DORMER, LANTERN VENTILATORS AND SKYLIGHTS

PART 8

DOORS AND WINDOW FRAMES, WOODEN , ALUMINIUM AND IRON DOOR FRAMES DOOR FRAME

 

 

PART 9

WINDOW FRAMES AND ITS FIXING, TYPES OF FIXTURES AND FASTENINGS IN DOORS AND WINDOWS

PART 10

TYPES OF FIXTURES AND FASTENINGS IN DOORS AND WINDOWS

 

 

CHAPTER 7

DAMP PROOFING AND WATER PROOFING

PART 1

STRUCTURAL DAMPNESS, ILL EFFECTS OF DAMPNESS

 

PART 2

CAUSES OF DAMPNESS, DAMP PROOFING MATERIALS

 

PART 3

METHODS OF PREVENTING DAMPNESS, DAMP PROOFING PRINCIPLES

PART 4

DAMP PROOFING PRINCIPLES

 

CHAPTER 8

FLOORS

PART 1

FLOOR, FLOOR FINISHES

PART 2

LAYERS IN CONSTRUCTION OF MOTORRLESS PAVEMENTS, AC RATING, ACCLIMATION, ADHESION

PART 3

TERMS USED IN FLOORS

PART 4

TERMS USED IN FLOORS

PART 5

TERMS USED IN FLOORS

PART 6

FLOORING, SELECTION CRITERIA OF FLOORING, TIMBER, LAMNIATE

PART 7

VINYL, BAMBOO, CORK, TILE, CARPET

PART 8

RUBBER AND CONCRETE FLOORING, DOMESTIC FLOORING

PART 9

COMMERCIAL FLOORING, SLOPE OF FLOORS

 

 

CHAPTER 9

ROOFS

PART 1

ROOF, TYPES OF ROOF

PART 2

GABLE ROOF, CURVED ROOF

PART 3

ROOFING TERMINOLOGY

PART 4

ROOFING TERMINOLOGY

 

PART 5

FALSE CEINING, BENEFITS OF FALSE CEILING, COMMONLY USED FALSE CEILING

PART 6

TYPES OF FALSE CEILING

 

CHAPTER 11

SURFACE FINISHES

PART 1

PLASTERING, PLASTER, PLASTERING MATERIALS, OBJECTIVES OF PLASTERING

PART 2

CLASSIFICATION OF PLASTER, THICKNESS OF PLASTER

PART 3

TYPES OF PLASTER-BASED ON INGRADIENTS USED

PART 4

TYPES OF PLASTER-BASED ON TYPES OF FINISHES

 

 

PART 5

TYPES OF PLASTER-BASED ON COAT, PROPORTION OF BINDING MATERIAL

PART 6

POINTING, METHODS OF POINTING, TYPES OF POINTING, WHEN POINTING IS DONE, MORTOR USED

PART 7

TYPES OF POINTING

PART 8

PAINTING, NEED OF PAINTING, CONSTITUENTS OF PAINT, PROPERTIES OF IDEAL PAINT

PART 9

TYPES OF PAINTS AND ITS APPLICATIONS

PART 10

METHODS/TECHNOQUES OF PAINTING

PART 11

DEFECTS IN PAINTING, VARNISHES AND ITS CHARACTERISTICS AND TYPES, DISTAMPERING AND WHITEWASHING