Канал: NITIN SURESH

DSS : Additional Theory questions

DSS : Additional Theory questions

LECTURE 5: M1: Design steps; bolted connections

LECTURE 5: M1: Design steps; bolted connections

Lecture 7: M5 : Type 1 Bolted Moment Connection

Lecture 7: M5 : Type 1 Bolted Moment Connection

Lecture 8: M3 : Laced column design

Lecture 8: M3 : Laced column design

Module 6: Timber Structures: Solved Previous year questions- DSS

Module 6: Timber Structures: Solved Previous year questions- DSS

M1: Transportation Engineering 1: Q&A

M1: Transportation Engineering 1: Q&A

LECTURE 2 : LINEAR MEASUREMENTS

LECTURE 2 : LINEAR MEASUREMENTS

Lecture: M4 : Design of Cantilever Slab

Lecture: M4 : Design of Cantilever Slab

Whole Circle and Quadrantal bearing :Additional explanatory video

Whole Circle and Quadrantal bearing :Additional explanatory video

Lecture 3 Angular measurements part 1

Lecture 3 Angular measurements part 1

Lecture : Types of compass, Included Angle

Lecture : Types of compass, Included Angle

Lecture 4 : Fore bearing ,back bearing, dip , declination

Lecture 4 : Fore bearing ,back bearing, dip , declination

Lecture : Problem on Included angle

Lecture : Problem on Included angle

Module 1 : Lecture 1: What is surveying

Module 1 : Lecture 1: What is surveying

Lecture: Local attraction problem 1[Included Angle Method]

Lecture: Local attraction problem 1[Included Angle Method]

Lecture : Local attraction problem - introduction

Lecture : Local attraction problem - introduction

Overview on subject Surveying & Geomatics

Overview on subject Surveying & Geomatics

Lecture: M4 : Curve Surveying -part 4 ( compound curve)

Lecture: M4 : Curve Surveying -part 4 ( compound curve)

Lecture:M4: Curve Surveying-part 5(transition curve)

Lecture:M4: Curve Surveying-part 5(transition curve)

Lecture: M4: Curves Surveying -part 2 ( setting out)

Lecture: M4: Curves Surveying -part 2 ( setting out)

Lecture:M4: Curve Surveying -part 1 (intro)

Lecture:M4: Curve Surveying -part 1 (intro)

Lecture: M4:Curve Surveying -part 3( rankines method)

Lecture: M4:Curve Surveying -part 3( rankines method)

Lecture: Theodolite Surveying- Angle measurements

Lecture: Theodolite Surveying- Angle measurements

Lecture: M4:Total station- Advantage, Application, Fundamental parameters

Lecture: M4:Total station- Advantage, Application, Fundamental parameters

Lecture: Triangulation Surveying- Intervisibility of Triangulation (part1)

Lecture: Triangulation Surveying- Intervisibility of Triangulation (part1)

Lecture: Normal equation -Additional problems (part 2)

Lecture: Normal equation -Additional problems (part 2)

Lecture : Normal Equation -Additional problem

Lecture : Normal Equation -Additional problem

Lecture: Theory of Errors- Normal Equation

Lecture: Theory of Errors- Normal Equation

Lecture : Theory of errors - Probable error , MPV.

Lecture : Theory of errors - Probable error , MPV.

Lecture: Theory of errors- Law of weights

Lecture: Theory of errors- Law of weights

Lecture: Theory of Errors - Types of errors

Lecture: Theory of Errors - Types of errors

LECTURE: Triangulation survey -Introduction

LECTURE: Triangulation survey -Introduction

Lecture: Volume - Trapezoidal and prismoidal rule- Problem 2, 3

Lecture: Volume - Trapezoidal and prismoidal rule- Problem 2, 3

Lecture: Volume Introduction, Trapezoidal and prismoidal rule- Problem 1

Lecture: Volume Introduction, Trapezoidal and prismoidal rule- Problem 1

Lecture : Area of irregular boundary ( Unequal intervals ) Problem 3

Lecture : Area of irregular boundary ( Unequal intervals ) Problem 3

Lecture : Area of irregular boundary ( Equal intervals ) Problem 2

Lecture : Area of irregular boundary ( Equal intervals ) Problem 2

Lecture: Finding Area : (Problem -regular interval)

Lecture: Finding Area : (Problem -regular interval)

Lecture: Area using Mid-ordinate, Average ordinate, Trapezoidal, Simpson's rule.

Lecture: Area using Mid-ordinate, Average ordinate, Trapezoidal, Simpson's rule.

Lecture : Rise and Fall method

Lecture : Rise and Fall method

Lecture :Height of instrument method-problem 1

Lecture :Height of instrument method-problem 1

Lecture: Height of instrument method introduction (Collimation method)

Lecture: Height of instrument method introduction (Collimation method)

Lecture : TYPES OF LEVELLING

Lecture : TYPES OF LEVELLING

Lecture : Leveling instruments

Lecture : Leveling instruments

Lecture : Local attraction problem- type 2

Lecture : Local attraction problem- type 2

Lecture: Local attraction problem [ Bearing method ]

Lecture: Local attraction problem [ Bearing method ]

M6: Composting Previous year question:

M6: Composting Previous year question:

M5 :MSW: waste disposal methods -previous year questions

M5 :MSW: waste disposal methods -previous year questions

Lecture: M6: Design of RCC Staircase- Problem :Type1

Lecture: M6: Design of RCC Staircase- Problem :Type1

Lecture:M6: Design of RCC Staircase

Lecture:M6: Design of RCC Staircase

Lecture: M6: Design of Axially loaded short column- Type 3: Helical reinforcement

Lecture: M6: Design of Axially loaded short column- Type 3: Helical reinforcement

Lecture:M6: Design of Axially loaded short column- Type 2

Lecture:M6: Design of Axially loaded short column- Type 2

Lecture:M6: Design of Axially loaded short column- Type 1

Lecture:M6: Design of Axially loaded short column- Type 1

Lecture:M6: Design of RCC column - introduction

Lecture:M6: Design of RCC column - introduction

Lecture: M4:Design of one-way slab-problem1

Lecture: M4:Design of one-way slab-problem1

Lecture : M3 : Doubly reinforced beam design - Analysis problem

Lecture : M3 : Doubly reinforced beam design - Analysis problem

Lecture: Design of Doubly Reinforced Beam -Problem

Lecture: Design of Doubly Reinforced Beam -Problem

M1:Lecture 11: Design of RCC Singly reinforced Beam :Problem

M1:Lecture 11: Design of RCC Singly reinforced Beam :Problem

M1:Lecture 10; Design of singly reinforced beam- Steps

M1:Lecture 10; Design of singly reinforced beam- Steps

Lecture : Limits state of collapse :Bond and development length part 2

Lecture : Limits state of collapse :Bond and development length part 2

Lecture: Limits state of collapse : Bond and development length - Introduction

Lecture: Limits state of collapse : Bond and development length - Introduction

Lecture: Limits state of collapse SHEAR: Numerical problem Type 3

Lecture: Limits state of collapse SHEAR: Numerical problem Type 3

Lecture : Limits state of collapse- SHEAR; Numerical problem Type 2

Lecture : Limits state of collapse- SHEAR; Numerical problem Type 2

Lecture : Limits State of Collapse -SHEAR-Numerical problem -Type 1

Lecture : Limits State of Collapse -SHEAR-Numerical problem -Type 1

Lecture : Limits State of Collapse -SHEAR-Codal provisions

Lecture : Limits State of Collapse -SHEAR-Codal provisions

M1: Lecture 9: Moment of resistance of RCC beam problem 2 & 3

M1: Lecture 9: Moment of resistance of RCC beam problem 2 & 3

M1:Lecture 8: Moment of resistance of RCC beam problem 1

M1:Lecture 8: Moment of resistance of RCC beam problem 1

M1: Lecture 7: Moment of resistance, failure modes

M1: Lecture 7: Moment of resistance, failure modes

M1: Lecture 6: Limit State Method- STRESS BLOCK PARAMETERS

M1: Lecture 6: Limit State Method- STRESS BLOCK PARAMETERS

M1: Lecture 5: Limit State Method : Assumptions: Codal provisions

M1: Lecture 5: Limit State Method : Assumptions: Codal provisions

M1: Lecture 3 :Design philosophies- WSM, ULM, LSM.

M1: Lecture 3 :Design philosophies- WSM, ULM, LSM.

M1: Lecture 2: Design of concrete structures- Design considerations

M1: Lecture 2: Design of concrete structures- Design considerations

M1: Lecture 1:Design of concrete structures- introduction (RCC vs PCC)

M1: Lecture 1:Design of concrete structures- introduction (RCC vs PCC)

Lecture 5: M5: Design of roof Truss- Purlin Design Introduction

Lecture 5: M5: Design of roof Truss- Purlin Design Introduction

Lecture 4:M5: Roof Truss- Wind Load on truss ( problem 2)

Lecture 4:M5: Roof Truss- Wind Load on truss ( problem 2)

Lecture 3: M5: Roof Truss- Wind load on purlin

Lecture 3: M5: Roof Truss- Wind load on purlin

Lecture 2: M5: Roof Truss- introduction, types, loads

Lecture 2: M5: Roof Truss- introduction, types, loads

Lecture 1: M5: Design wind pressure

Lecture 1: M5: Design wind pressure

Lecture 5: M4: Design of laterally unsupported beam - steps

Lecture 5: M4: Design of laterally unsupported beam - steps

Lecture 6: M4: Laterally unsupported beam design

Lecture 6: M4: Laterally unsupported beam design

Lecture 4: M4 : Laterally supported beam- High shear

Lecture 4: M4 : Laterally supported beam- High shear

Lecture 3: M4: Laterally supported beam - Problem 2

Lecture 3: M4: Laterally supported beam - Problem 2

Lecture 2: M4:Design of laterally supported beam -problem1

Lecture 2: M4:Design of laterally supported beam -problem1

Lecture 1: M4:Design of Steel Beams- steps: laterally supported beam

Lecture 1: M4:Design of Steel Beams- steps: laterally supported beam

Lecture 7: M3:Design of Gusset base

Lecture 7: M3:Design of Gusset base

Lecture 5: M3: Built-up Section Design -Problem

Lecture 5: M3: Built-up Section Design -Problem

Lecture 6: M3: Design of Slab base

Lecture 6: M3: Design of Slab base

Lecture 4: M3: Design of compression member- Angle strut design

Lecture 4: M3: Design of compression member- Angle strut design

Lecture 3 ; M3 :Compression Member- Axial load capacity problem

Lecture 3 ; M3 :Compression Member- Axial load capacity problem

Lecture 2: M3: Design of Compression Members- Code provisions, design steps

Lecture 2: M3: Design of Compression Members- Code provisions, design steps

Lecture 1: M3: Introduction to compression members ( Slenderness ratio , effective length)

Lecture 1: M3: Introduction to compression members ( Slenderness ratio , effective length)

Lecture 4 : M2: Tension Members: Design of Tension Members - double angle section.

Lecture 4 : M2: Tension Members: Design of Tension Members - double angle section.

Lecture 3: M2: Tension Members- Numerical Problem 2 (Single Angle section)

Lecture 3: M2: Tension Members- Numerical Problem 2 (Single Angle section)

Lecture 2: M2: Tension Members - Numerical Problem 1

Lecture 2: M2: Tension Members - Numerical Problem 1

Lecture 1:M2: Introduction to Tension members, IS 800 2007 provisions

Lecture 1:M2: Introduction to Tension members, IS 800 2007 provisions

Lecture 14: M 1: Fillet welding Numerical problem ( Plug and slot welds)

Lecture 14: M 1: Fillet welding Numerical problem ( Plug and slot welds)

Lecture 13: M 1: Fillet welding Numerical problem 2 (Tie members)

Lecture 13: M 1: Fillet welding Numerical problem 2 (Tie members)

Lecture 12: M 1: Fillet welding Numerical problem (Tie members)

Lecture 12: M 1: Fillet welding Numerical problem (Tie members)

Lecture 11: M 1: Welded connection -Numerical- part 1

Lecture 11: M 1: Welded connection -Numerical- part 1

Lecture 10 : M 1: Welded connection- introduction

Lecture 10 : M 1: Welded connection- introduction

Lecture 9: M 1: Problem on Bolted joint with packing plate

Lecture 9: M 1: Problem on Bolted joint with packing plate

Lecture 8 : M 1:Problem on efficiency of a bolted butt jointed connection

Lecture 8 : M 1:Problem on efficiency of a bolted butt jointed connection

Lecture 7 : M1 : Design a lap joint (problem)

Lecture 7 : M1 : Design a lap joint (problem)

LECTURE 6: M1 : -Efficiency of a lap joint, PROBLEM

LECTURE 6: M1 : -Efficiency of a lap joint, PROBLEM

LECTURE 4: M1 :Bolt failure criteria

LECTURE 4: M1 :Bolt failure criteria

Lecture 3: M1 :Specifications of bolted connection

Lecture 3: M1 :Specifications of bolted connection

Lecture 2 : M1 : Connections

Lecture 2 : M1 : Connections

Module 1 : Lecture 1 : Steel as a construction material

Module 1 : Lecture 1 : Steel as a construction material

Lecture on Connection design (Design of steel structures)

Lecture on Connection design (Design of steel structures)

Lecture on Pressure and its Measurements (FM)

Lecture on Pressure and its Measurements (FM)

Lecture on Disinfection (Environmental Engineering)

Lecture on Disinfection (Environmental Engineering)