Канал: IIT Roorkee July 2018

Experimental Nanobiotechnology

Experimental Nanobiotechnology

Semiconductor Devices for Next Generation Field Effect Transistors: A Physics Perspective | Promo

Semiconductor Devices for Next Generation Field Effect Transistors: A Physics Perspective | Promo

Refugee, Migration, Diaspora By Prof. Sarbani Banerjee

Refugee, Migration, Diaspora By Prof. Sarbani Banerjee

Victorian Literature An Interdisciplinary Introduction by Prof. Smita Jha & Prof. Aruni Mahapatra

Victorian Literature An Interdisciplinary Introduction by Prof. Smita Jha & Prof. Aruni Mahapatra

Effective Writing by Prof. Binod Mishra

Effective Writing by Prof. Binod Mishra

Intelligent Control of Robotic Systems (Promo)

Intelligent Control of Robotic Systems (Promo)

Noise Control in Mechanical Systems

Noise Control in Mechanical Systems

Operations and Revenue Analytics - Promo Video

Operations and Revenue Analytics - Promo Video

Lecture 60: Revision: Dynamics

Lecture 60: Revision: Dynamics

Lecture 57: Three-dimensional dynamics of rigid bodies: angular momentum

Lecture 57: Three-dimensional dynamics of rigid bodies: angular momentum

Lecture 58: Euler’s equations of motion

Lecture 58: Euler’s equations of motion

Lecture 59: Euler’s equations of motion: examples

Lecture 59: Euler’s equations of motion: examples

Lecture 56: Plane motion of a rigid body: impulse-momentum equation

Lecture 56: Plane motion of a rigid body: impulse-momentum equation

Lec 60: Three-Phase State Estimation (General Structure of Jacobian Matrix, Example)

Lec 60: Three-Phase State Estimation (General Structure of Jacobian Matrix, Example)

Lec 59: Three-Phase State Estimation (Derivation of Measurement Functions for Unbalanced Systems)

Lec 59: Three-Phase State Estimation (Derivation of Measurement Functions for Unbalanced Systems)

Lec 58: Three-Phase State Estimation (Derivation of Measurement Functions for Unbalanced Systems)

Lec 58: Three-Phase State Estimation (Derivation of Measurement Functions for Unbalanced Systems)

Lec 57: Three-Phase State Estimation (Revision of WLS State Estimation Method for Balanced Systems)

Lec 57: Three-Phase State Estimation (Revision of WLS State Estimation Method for Balanced Systems)

Lec 56: Three-Phase Load Flow (Derivation of J13, J14, J15 and J16, Algorithm and Example)

Lec 56: Three-Phase Load Flow (Derivation of J13, J14, J15 and J16, Algorithm and Example)

Field Deployment of BESS

Field Deployment of BESS

Lecture: 49 Harmonic oscillator: simple harmonic motion

Lecture: 49 Harmonic oscillator: simple harmonic motion

Lecture: 51 Damped harmonic oscillator

Lecture: 51 Damped harmonic oscillator

Lecture: 54 Plane motion of a rigid body

Lecture: 54 Plane motion of a rigid body

Lecture: 55 Plane motion of a rigid body: work energy equation

Lecture: 55 Plane motion of a rigid body: work energy equation

Lecture: 53 Translation and rotation of rigid bodies: examples

Lecture: 53 Translation and rotation of rigid bodies: examples

Lecture: 52 Translation and rotation of rigid bodies

Lecture: 52 Translation and rotation of rigid bodies

Lecture: 50 Simple harmonic motion: examples

Lecture: 50 Simple harmonic motion: examples

Lec 55: Three-Phase Load Flow (Derivation of J11, J12)

Lec 55: Three-Phase Load Flow (Derivation of J11, J12)

Lec 54: Three-Phase Load Flow (Derivation of J9, J10)

Lec 54: Three-Phase Load Flow (Derivation of J9, J10)

Lec 53: Three-Phase Load Flow (Derivation of J9)

Lec 53: Three-Phase Load Flow (Derivation of J9)

Lec 52: Three-Phase Load Flow (Derivation of J4, J5, J6, J7, J8)

Lec 52: Three-Phase Load Flow (Derivation of J4, J5, J6, J7, J8)

Lec 51: Three-Phase Load Flow (Derivation of J3 Cont…)

Lec 51: Three-Phase Load Flow (Derivation of J3 Cont…)

Lecture 48: Principal axes of inertia: examples-II

Lecture 48: Principal axes of inertia: examples-II

Lecture 47: Principal axes of inertia: examples-I

Lecture 47: Principal axes of inertia: examples-I

Lecture 46: Product of inertia and principal axes of inertia

Lecture 46: Product of inertia and principal axes of inertia

Lecture 62: Artificial Recharge Techniques and Designs

Lecture 62: Artificial Recharge Techniques and Designs

Lecture 61: Groundwater Recharge Methods in India

Lecture 61: Groundwater Recharge Methods in India

Lecture 29 : Forgetting - V

Lecture 29 : Forgetting - V

Lec 50: Three-Phase Load Flow (Derivation of J3)

Lec 50: Three-Phase Load Flow (Derivation of J3)

Lec 49: Three-Phase Load Flow (Derivation of J2)

Lec 49: Three-Phase Load Flow (Derivation of J2)

Lec 48: Three-Phase Load Flow (Derivation of J1 Cont…)

Lec 48: Three-Phase Load Flow (Derivation of J1 Cont…)

Lec 47: Three-Phase Load Flow (Derivation of J1)

Lec 47: Three-Phase Load Flow (Derivation of J1)

Lec 46: Three-Phase Load Flow (General Definitions and Dimensions of Jacobian Submatrices)

Lec 46: Three-Phase Load Flow (General Definitions and Dimensions of Jacobian Submatrices)

Lecture 60: Groundwater Modelling -02

Lecture 60: Groundwater Modelling -02

Lecture 45: Moment of inertia of composite bodies

Lecture 45: Moment of inertia of composite bodies

Lecture 44: Moment of inertia: examples

Lecture 44: Moment of inertia: examples

Lecture 43: Moment of inertia

Lecture 43: Moment of inertia

Lecture 42: Oblique central impact

Lecture 42: Oblique central impact

Lecture 41: Direct central impact

Lecture 41: Direct central impact

Lec 45: Three-Phase Load Flow (NRLF Polar Method)

Lec 45: Three-Phase Load Flow (NRLF Polar Method)

Lec 44: Three-Phase Load Flow (Equations Relating Known and Unknown Quantities)

Lec 44: Three-Phase Load Flow (Equations Relating Known and Unknown Quantities)

Lec 43: Three-Phase Load Flow (Classification of Known Quantities)

Lec 43: Three-Phase Load Flow (Classification of Known Quantities)

Lec 42: Three-Phase Load Flow (Classification of Unknown Quantities)

Lec 42: Three-Phase Load Flow (Classification of Unknown Quantities)

Lec 41: Three-Phase Load Flow (Unknown Quantities)

Lec 41: Three-Phase Load Flow (Unknown Quantities)

Practical Insights into Electrical Distribution Systems

Practical Insights into Electrical Distribution Systems

Lecture 56: Groundwater Exploration -18 - Pollution related exploration

Lecture 56: Groundwater Exploration -18 - Pollution related exploration

Lecture 54: Groundwater Exploration -16 -Selection of types of wells & Exploration for Art-Rec sites

Lecture 54: Groundwater Exploration -16 -Selection of types of wells & Exploration for Art-Rec sites

Lecture 58: Conjunctive use of ground and surface water

Lecture 58: Conjunctive use of ground and surface water

Lecture 57: Groundwater Quality

Lecture 57: Groundwater Quality

Emerging Technologies and Future Trends

Emerging Technologies and Future Trends

Lec 40: Example problems

Lec 40: Example problems

Optimal location and sizing battery energy storage system (BESS)

Optimal location and sizing battery energy storage system (BESS)

Lec 38: Physical Insights into Channel Charge Distribution

Lec 38: Physical Insights into Channel Charge Distribution

Lec 39: FinFET based Standard Cell Design

Lec 39: FinFET based Standard Cell Design

Lec 37: Read and Write-Assist Circuits in 6T SRAM

Lec 37: Read and Write-Assist Circuits in 6T SRAM

Lec 36: Stability and Reliability Issues in 6T SRAM

Lec 36: Stability and Reliability Issues in 6T SRAM

System Planning-Part-I

System Planning-Part-I

System Planning-Part-II

System Planning-Part-II

Electricity Forecasting

Electricity Forecasting

Optimization techniques

Optimization techniques

Case study: IIT Roorkee distribution system

Case study: IIT Roorkee distribution system

Lecture 36: Equation of motion: examples

Lecture 36: Equation of motion: examples

Lecture 38: Work energy method: examples

Lecture 38: Work energy method: examples

Lecture 37: Work energy method

Lecture 37: Work energy method

Lecture 40: Variable mass

Lecture 40: Variable mass

Lecture 39: Impulse momentum relation

Lecture 39: Impulse momentum relation

Advanced technologies for VVC Part-II

Advanced technologies for VVC Part-II

Lec 40: Three-Phase Load Flow (Concept of Generator Internal Bus)

Lec 40: Three-Phase Load Flow (Concept of Generator Internal Bus)

Lec 39: Three-Phase Load Flow (Derivation of power flow equations)

Lec 39: Three-Phase Load Flow (Derivation of power flow equations)

Lec 38: Three-Phase Load Flow (General expression of bus injected current)

Lec 38: Three-Phase Load Flow (General expression of bus injected current)

Lec 37: Three-Phase Load Flow (General expression of bus admittance matrix)

Lec 37: Three-Phase Load Flow (General expression of bus admittance matrix)

Lec 36: Three-Phase Load Flow (Formation of bus admittance matrix cont…)

Lec 36: Three-Phase Load Flow (Formation of bus admittance matrix cont…)

Lecture 40: Labour Market Dynamics in India - II

Lecture 40: Labour Market Dynamics in India - II

Lecture 39: Labour Market Dynamics in India - I

Lecture 39: Labour Market Dynamics in India - I

Lecture 38: Unemployment - III

Lecture 38: Unemployment - III

Lecture 37: Unemployment - II

Lecture 37: Unemployment - II

Lecture 36: Unemployment - I

Lecture 36: Unemployment - I

Lecture 59: Groundwater Modelling -01

Lecture 59: Groundwater Modelling -01

Lecture 55: Groundwater Exploration -17 - Exploration for hot springs

Lecture 55: Groundwater Exploration -17 - Exploration for hot springs

Lecture 53: Groundwater Exploration -15 - Spontaneous potential logging

Lecture 53: Groundwater Exploration -15 - Spontaneous potential logging

Advanced technologies for VVC Part-I

Advanced technologies for VVC Part-I

SCADA-Based VVC and Integrated VVC

SCADA-Based VVC and Integrated VVC

Distribution Automation

Distribution Automation

Traditional approaches of VVC

Traditional approaches of VVC

Definition and objective of Volt-var control (VVC)

Definition and objective of Volt-var control (VVC)

Lecture 52: Groundwater Exploration - 14 - Hydrogeological Well Logging

Lecture 52: Groundwater Exploration - 14 - Hydrogeological Well Logging

Lecture 51: Groundwater Exploration 13 - Sampling

Lecture 51: Groundwater Exploration 13 - Sampling

Lecture: 35 Equation of motion in different coordinate systems

Lecture: 35 Equation of motion in different coordinate systems

Lecture: 34 Spherical and cylindrical coordinates: examples

Lecture: 34 Spherical and cylindrical coordinates: examples

Lecture: 33 Cartesian and planar polar coordinates: examples

Lecture: 33 Cartesian and planar polar coordinates: examples

Lecture: 32 Coordinate systems: cylindrical coordinates

Lecture: 32 Coordinate systems: cylindrical coordinates

Lecture: 31 Coordinate systems: spherical coordinates

Lecture: 31 Coordinate systems: spherical coordinates

Lec 35: Introduction to 6T SRAM

Lec 35: Introduction to 6T SRAM

Lec 33: Radiation – hardened NTV sequential circuit elements

Lec 33: Radiation – hardened NTV sequential circuit elements

Lec 34: Level shifters for multi - Vdd domains

Lec 34: Level shifters for multi - Vdd domains

Lec 32: Consideration of radiation effects in NTV

Lec 32: Consideration of radiation effects in NTV

Lec 31: Single phase flip-flops design and operation

Lec 31: Single phase flip-flops design and operation

Lec 35: Three-Phase Load Flow (Formation of bus admittance matrix cont…)

Lec 35: Three-Phase Load Flow (Formation of bus admittance matrix cont…)

Lec 34: Three-Phase Load Flow (Formation of bus admittance matrix)

Lec 34: Three-Phase Load Flow (Formation of bus admittance matrix)

Lec 33: Three-Phase Load Flow (Network Modelling)

Lec 33: Three-Phase Load Flow (Network Modelling)

Lec 32: Transformer Modeling (Dd0, Overall Summary)

Lec 32: Transformer Modeling (Dd0, Overall Summary)

Lec 31: Transformer Modeling (YYg0, Dd0)

Lec 31: Transformer Modeling (YYg0, Dd0)

Lecture 35: Labour Mobility - II

Lecture 35: Labour Mobility - II

Lecture 33: Labour Market Discrimination - III

Lecture 33: Labour Market Discrimination - III

Lecture 34: Labour Mobility - I

Lecture 34: Labour Mobility - I

Lecture 32: Labour Market Discrimination - II

Lecture 32: Labour Market Discrimination - II

Lecture 31: Labour Market Discrimination - I

Lecture 31: Labour Market Discrimination - I

Lec 15: Growth Models(Continuous model)

Lec 15: Growth Models(Continuous model)

Lec 57: Estimation of Parameters - I

Lec 57: Estimation of Parameters - I

Design and Operation Part-II

Design and Operation Part-II

Design and Operation Part-I

Design and Operation Part-I

Lecture: 30 Coordinate systems: Cartesian and planar polar coordinates

Lecture: 30 Coordinate systems: Cartesian and planar polar coordinates

Lecture: 29 Revision: static

Lecture: 29 Revision: static

Lecture: 28 Rolling resistance

Lecture: 28 Rolling resistance

Lecture: 27 Rope and belt friction: examples

Lecture: 27 Rope and belt friction: examples

Lecture: 26 Rope and belt friction

Lecture: 26 Rope and belt friction

Power Quality, Reliability, and Availability

Power Quality, Reliability, and Availability

Distribution System Protection Issues

Distribution System Protection Issues

Distributed Generation Integration Issues in Distribution System

Distributed Generation Integration Issues in Distribution System

Lec 30: Transformer Modeling (YD1 Cont…)

Lec 30: Transformer Modeling (YD1 Cont…)

Lec 29: Transformer Modeling (YD1 Cont…)

Lec 29: Transformer Modeling (YD1 Cont…)

Lec 28: Transformer Modeling (YgD1, YD1)

Lec 28: Transformer Modeling (YgD1, YD1)

Lec 27: Transformer Modeling (YgD1)

Lec 27: Transformer Modeling (YgD1)

Lec 30: Warning flip-flops design and operation

Lec 30: Warning flip-flops design and operation

Lec 29: Flip - flop operation

Lec 29: Flip - flop operation

Lec 28: Decoder design considering INWE

Lec 28: Decoder design considering INWE

Lec 27: Buffer design considering INWE

Lec 27: Buffer design considering INWE

Lec 60: Simulation Modeling

Lec 60: Simulation Modeling

Lec 59: Estimation of Parameters III

Lec 59: Estimation of Parameters III

Lec 58: Estimation of Parameters II

Lec 58: Estimation of Parameters II

Lec 26: Combinational circuit design considering variations - II

Lec 26: Combinational circuit design considering variations - II

Lec 26: Transformer Modeling (YgYg0, YgYg4)

Lec 26: Transformer Modeling (YgYg0, YgYg4)

Lecture 29: Field determination of transmissibility and storage coefficient 02

Lecture 29: Field determination of transmissibility and storage coefficient 02

Lecture 30: Wage Structure - II

Lecture 30: Wage Structure - II

Lecture 29: Wage Structure - I

Lecture 29: Wage Structure - I

Lecture 28: Wage Differentials - III

Lecture 28: Wage Differentials - III

Lecture 27: Wage Differentials - II

Lecture 27: Wage Differentials - II

Lecture 26: Wage Differentials - I

Lecture 26: Wage Differentials - I

Lec 56: Empirical Modelling

Lec 56: Empirical Modelling

Lec 55: Learning model, Kidney function model

Lec 55: Learning model, Kidney function model

Lec 54: Paper Towel model, Burning Calories Model

Lec 54: Paper Towel model, Burning Calories Model

Lec 53: Price and Demand Model

Lec 53: Price and Demand Model

Lec 52: Smoking Model

Lec 52: Smoking Model

Lec 51: Infection model

Lec 51: Infection model

Lec 50: Two-Species Competition Model (Discrete)

Lec 50: Two-Species Competition Model (Discrete)

Lec 49: Lanchester's Combat Model

Lec 49: Lanchester's Combat Model

Lec 48: Drug Delivery Models

Lec 48: Drug Delivery Models

Lec 47: Forsenic Model

Lec 47: Forsenic Model

Lec 46: Discrete Predator-Prey Model

Lec 46: Discrete Predator-Prey Model

Lec 45: Mathematical Model of the Dynamics of Alcohol

Lec 45: Mathematical Model of the Dynamics of Alcohol

Lec 44: Lake Pollutant Models

Lec 44: Lake Pollutant Models

Lec 43: Economic Model (Harrod Model

Lec 43: Economic Model (Harrod Model

Lec 42: Bank Account Models

Lec 42: Bank Account Models

Lec 41: Population Models

Lec 41: Population Models

Lec 25: Combinational circuit design considering variations - I

Lec 25: Combinational circuit design considering variations - I

Lec 24: Effective current for NTV combinational gates - III

Lec 24: Effective current for NTV combinational gates - III

Lec 23: Effective current for NTV combinational gates - II

Lec 23: Effective current for NTV combinational gates - II

Lec 22: Effective current for NTV combinational gates - I

Lec 22: Effective current for NTV combinational gates - I

Lec 21: Effective current for NTV inverter

Lec 21: Effective current for NTV inverter

Lec 25: Transformer Modeling (Introduction, YgYg0)

Lec 25: Transformer Modeling (Introduction, YgYg0)

Lec 24 : Capacitance of Transmission Line cont.

Lec 24 : Capacitance of Transmission Line cont.

Lec 23 : Capacitance of Transmission Line cont.

Lec 23 : Capacitance of Transmission Line cont.

Lecture: 25 Friction: examples

Lecture: 25 Friction: examples

Lecture: 24 Friction

Lecture: 24 Friction

Lecture: 23 Stable and unstable equilibrium

Lecture: 23 Stable and unstable equilibrium

Lecture: 21 Principle of virtual work: examples

Lecture: 21 Principle of virtual work: examples

Lecture: 22 Principle of virtual work: examples - II

Lecture: 22 Principle of virtual work: examples - II

Lec 22: Capacitance of Transmission Line cont.

Lec 22: Capacitance of Transmission Line cont.

Lec 21: Capacitance of Transmission Line

Lec 21: Capacitance of Transmission Line

Lecture 23: Human Capital - II

Lecture 23: Human Capital - II

Lecture 25: Human Capital - IV

Lecture 25: Human Capital - IV

Lecture 24: Human Capital - III

Lecture 24: Human Capital - III

Lecture 51: Managerial challenges of compensation management -1

Lecture 51: Managerial challenges of compensation management -1

Lecture 57: Data Visualization of Performance & Compensation

Lecture 57: Data Visualization of Performance & Compensation

Lecture 53: Compensation Analytics – 1

Lecture 53: Compensation Analytics – 1

Lecture 52: Managerial challenges of compensation management -2

Lecture 52: Managerial challenges of compensation management -2

Lecture 54: Compensation Analytics – 2

Lecture 54: Compensation Analytics – 2

Lecture 55: Compensation Analytics – 3

Lecture 55: Compensation Analytics – 3

Lecture 50: Steps of compensation management

Lecture 50: Steps of compensation management

Lecture 59: Data Visualization Tableau – 2

Lecture 59: Data Visualization Tableau – 2

Lecture 60: Data Visualization Tableau – 3

Lecture 60: Data Visualization Tableau – 3

Lecture 56: Compensation Analytics – 4

Lecture 56: Compensation Analytics – 4

Lecture 61: Data Visualization Tableau – 4

Lecture 61: Data Visualization Tableau – 4

Lecture 49: Performance Analytics -4

Lecture 49: Performance Analytics -4

Lecture 48: Performance Analytics -3

Lecture 48: Performance Analytics -3

Lecture 62: Data Visualization Tableau – 5

Lecture 62: Data Visualization Tableau – 5

Lecture 58: Data Visualization Tableau – 1

Lecture 58: Data Visualization Tableau – 1

Lecture 47: Performance Analytics -2

Lecture 47: Performance Analytics -2

Lecture 46: Performance Analytics -1

Lecture 46: Performance Analytics -1

Lecture 45: Managerial challenges of performance management – 2

Lecture 45: Managerial challenges of performance management – 2

Lecture 44: Managerial challenges of performance management -1

Lecture 44: Managerial challenges of performance management -1