Канал: Gideons NITT FORGE

Material Behaviour Tensor Representation - MTOE11

Material Behaviour Tensor Representation - MTOE11

Voigt Notation to describe Elastic Behaviour - MTOE11

Voigt Notation to describe Elastic Behaviour - MTOE11

Tensor independent of the frame of reference - MTOE11

Tensor independent of the frame of reference - MTOE11

Density Functional Theory to Phase Diagram - MTOE11

Density Functional Theory to Phase Diagram - MTOE11

Story of Density Functional Theory - Part 2 - MTOE11

Story of Density Functional Theory - Part 2 - MTOE11

Story of Density Functional Theory - Part 1 - MTOE11

Story of Density Functional Theory - Part 1 - MTOE11

Leading up to Density Functional Theory (DFT) - MTOE11

Leading up to Density Functional Theory (DFT) - MTOE11

Quantum Mechanics to Material Property - An example - MTOE11

Quantum Mechanics to Material Property - An example - MTOE11

Einstein Notation in Tensor Analysis 2 - MTOE11

Einstein Notation in Tensor Analysis 2 - MTOE11

Einstein Notation in Tensor 1 - MTOE11

Einstein Notation in Tensor 1 - MTOE11

Generic Coordinate Systems and Inverse Relation - MTOE11

Generic Coordinate Systems and Inverse Relation - MTOE11

Relation between coordinates systems - MTOE11

Relation between coordinates systems - MTOE11

Is more than coordinate system necessary? MTOE11

Is more than coordinate system necessary? MTOE11

Relevance of Tensor in Material Analysis - MTOE11

Relevance of Tensor in Material Analysis - MTOE11

Discovery (or Invention) of Tensor - MTOE11

Discovery (or Invention) of Tensor - MTOE11

Solving Fick's Law - PDE - Numerical (MTOE11)

Solving Fick's Law - PDE - Numerical (MTOE11)

Solving Fick's Diffusion Equation - PDE - Analytical (MTOE11)

Solving Fick's Diffusion Equation - PDE - Analytical (MTOE11)

Fick's Second Law - MTOE11

Fick's Second Law - MTOE11

Introducing Fick's First Law (MTOE11)

Introducing Fick's First Law (MTOE11)

Building-up to Fick's law of Diffusion - Partial Differential Equation (MTOE11)

Building-up to Fick's law of Diffusion - Partial Differential Equation (MTOE11)

Handling ODE - Non Linear (MTOE11)

Handling ODE - Non Linear (MTOE11)

Handling ODE - Approachable Non-Homogeneous ODE (MTOE11)

Handling ODE - Approachable Non-Homogeneous ODE (MTOE11)

Handling ODE - Solving non-homogeneous ODE (MTOE11)

Handling ODE - Solving non-homogeneous ODE (MTOE11)

Handling ODE - Relevance of Non-Homogeneous Linear ODE (MTOE11)

Handling ODE - Relevance of Non-Homogeneous Linear ODE (MTOE11)

Handling ODE - Matrix Representation - Machine Readable Form (MTOE11)

Handling ODE - Matrix Representation - Machine Readable Form (MTOE11)

Handling ODEs - Types - Linear, Homogeneous, Non - Homogeneous, Non - Linear (MTOE11)

Handling ODEs - Types - Linear, Homogeneous, Non - Homogeneous, Non - Linear (MTOE11)

Handling ODEs - Adding Complexity (MTOE11)

Handling ODEs - Adding Complexity (MTOE11)

Handling ODE - Solving the Original ODE (FINALLY!! MTOE11)

Handling ODE - Solving the Original ODE (FINALLY!! MTOE11)

Handling ODEs - Using the Tools (Taylor Series) to Solve (MTOE11)

Handling ODEs - Using the Tools (Taylor Series) to Solve (MTOE11)

Handling ODEs - Little Detour - Understanding Power and Taylor Series - MTOE11

Handling ODEs - Little Detour - Understanding Power and Taylor Series - MTOE11

Handling ODEs - Building a Tool - Power and Taylor Series (MTOE11)

Handling ODEs - Building a Tool - Power and Taylor Series (MTOE11)

Handling ODEs - Relevance and Building a problem - MTOE11

Handling ODEs - Relevance and Building a problem - MTOE11

Epistemology of a Model (Approaching a Model - CRITICAL!! - Lec 3b MTOE11)

Epistemology of a Model (Approaching a Model - CRITICAL!! - Lec 3b MTOE11)

Key Take-Away of Building a Toy Model (Lec 3a - MTOE11)

Key Take-Away of Building a Toy Model (Lec 3a - MTOE11)

Building a Toy Model - Introducing Mathematics (Lec 2b - MTOE11)

Building a Toy Model - Introducing Mathematics (Lec 2b - MTOE11)

Building a toy model - Material theory (Lec 2a - MTOE11)

Building a toy model - Material theory (Lec 2a - MTOE11)

Introduction to Mathematical Techniques in Materials Research (Lec1 - MTOE11)

Introduction to Mathematical Techniques in Materials Research (Lec1 - MTOE11)

Correlation - MTOE11

Correlation - MTOE11

Co-Variance - MTOE11

Co-Variance - MTOE11

Gamma distribution - MTOE11

Gamma distribution - MTOE11

Exponential function - MTOE11

Exponential function - MTOE11

Probability Density Function - MTOE11

Probability Density Function - MTOE11

Mean, Standard Deviations and Distributions - MTOE11

Mean, Standard Deviations and Distributions - MTOE11

Histogram and Distribution Curve - MTOE11

Histogram and Distribution Curve - MTOE11

Generalised Hooke's law - MTOE11

Generalised Hooke's law - MTOE11

Tensor transformation - MTOE11

Tensor transformation - MTOE11

Relevance of Tensor - MTOE11

Relevance of Tensor - MTOE11

Kronecker delta to Tensor - MTOE11

Kronecker delta to Tensor - MTOE11

Kronecker delta - MTOE11

Kronecker delta - MTOE11

Hexagonal Unit Cell - MTPC17

Hexagonal Unit Cell - MTPC17

Unit cell and planes - MTPC17

Unit cell and planes - MTPC17

Introducing index - MTOE11

Introducing index - MTOE11

Defining unit vectors (Covariant Basis) - MTOE01

Defining unit vectors (Covariant Basis) - MTOE01

Generic coordinate systems - MTOE11

Generic coordinate systems - MTOE11

Polar and cartesian coordinates - MTOE11

Polar and cartesian coordinates - MTOE11

Divergence and Fick's law

Divergence and Fick's law

Relevance of gradient - MTOE11

Relevance of gradient - MTOE11

Gradient in Fick's Law - MTOE11

Gradient in Fick's Law - MTOE11

Vector products - MTOE11

Vector products - MTOE11

Importance of vector space - MTOE 11

Importance of vector space - MTOE 11

Free-energy function from data points - MTOE11

Free-energy function from data points - MTOE11

Approximation and Dataset

Approximation and Dataset

Shear stress conventions - MTPC17

Shear stress conventions - MTPC17

Stress components under tri-axial loading - MTPC17

Stress components under tri-axial loading - MTPC17

Approximating Higher Order ODEs - MTOE11

Approximating Higher Order ODEs - MTOE11

Change in nucleation rate (Second order ODE) - MTOE11

Change in nucleation rate (Second order ODE) - MTOE11

Components of stress - MTPC17

Components of stress - MTPC17

Power and Taylor series - MTOE11

Power and Taylor series - MTOE11

Actual loading conditions - MTPC17

Actual loading conditions - MTPC17

Shear and Young's Modulus

Shear and Young's Modulus

Error in approximation - MTOE11

Error in approximation - MTOE11

Forward and Backward Difference - MTOE11

Forward and Backward Difference - MTOE11

Introducing shear - MTPC17

Introducing shear - MTPC17

Volumetric strain and Bulk modulus - MTPC17

Volumetric strain and Bulk modulus - MTPC17

Triaxial tensile loading - MTPC17

Triaxial tensile loading - MTPC17

Strain under bi-axial tension - MTPC17

Strain under bi-axial tension - MTPC17

Reducing a function - MTOE11

Reducing a function - MTOE11

Derivative and free-energy - MTOE11

Derivative and free-energy - MTOE11

Poisson's effect and Bi-axial tensile loading - MTPC 17

Poisson's effect and Bi-axial tensile loading - MTPC 17

Young's modulus and interatomic force - MTPC17

Young's modulus and interatomic force - MTPC17

Young's Modulus, Convention and Atomistic view - MTPC17

Young's Modulus, Convention and Atomistic view - MTPC17

Mechanical response of metals and alloys - MTPC17

Mechanical response of metals and alloys - MTPC17

Phase diagram of (solid) solution - MT653

Phase diagram of (solid) solution - MT653

Considering Mixing - MT653

Considering Mixing - MT653

Mechanical mixtures and solutions - MT653

Mechanical mixtures and solutions - MT653

Continuing on thermodynamics of solutions - MT653

Continuing on thermodynamics of solutions - MT653

Introducing thermodynamics of solution - MT653

Introducing thermodynamics of solution - MT653

Features of phase diagram - MT653

Features of phase diagram - MT653

Introducing phase diagram - MT653

Introducing phase diagram - MT653

Phase transformation in unary system - MT653

Phase transformation in unary system - MT653

Single component (unary) system - MTPE01

Single component (unary) system - MTPE01

Third law of thermodynamics - MT653

Third law of thermodynamics - MT653

Heat capacity and Gibbs free energy - MT653

Heat capacity and Gibbs free energy - MT653

Gibbs-Helmholtz equation - MT653

Gibbs-Helmholtz equation - MT653

Maxwell's relation - MT653

Maxwell's relation - MT653

Chemical analysis techniques - MTPE01

Chemical analysis techniques - MTPE01

Relevance of chemical potential - MT653

Relevance of chemical potential - MT653

Gravimetric analysis - MTPE01

Gravimetric analysis - MTPE01

Chemical Analysis in Mineral Processing - MTPE01

Chemical Analysis in Mineral Processing - MTPE01

Basics of chemical potential - MT653

Basics of chemical potential - MT653

Theory and operation of froth flotation - MTPE01

Theory and operation of froth flotation - MTPE01

Introducing chemical potential - MT653

Introducing chemical potential - MT653

Introduction to froth flotation - MTPE01 and MTLR30

Introduction to froth flotation - MTPE01 and MTLR30

Concentration through 'Shaking Table' - MTPE01 and MTLR30

Concentration through 'Shaking Table' - MTPE01 and MTLR30

Gibbs Free Energy - MT653

Gibbs Free Energy - MT653

Brief instruction for presentation - MTPE01 and MTLR30

Brief instruction for presentation - MTPE01 and MTLR30

Stable state and Helmholtz free energy - MT653

Stable state and Helmholtz free energy - MT653

Theory and operation of jigs - MTPE01

Theory and operation of jigs - MTPE01

Helmholtz free energy - MT653

Helmholtz free energy - MT653

Introducing Jigs - MTPE01

Introducing Jigs - MTPE01

Concluding classification with Hydrocyclone - MTPE01

Concluding classification with Hydrocyclone - MTPE01

Factors governing classification - MTPE01

Factors governing classification - MTPE01

Efficiency of industrial screening - MTLR30

Efficiency of industrial screening - MTLR30

Classification - MTPE01

Classification - MTPE01

Relating entropy to familiar variables - MT653

Relating entropy to familiar variables - MT653

2nd Law and Entropy - MT653

2nd Law and Entropy - MT653

Screening efficiency - MTPE01

Screening efficiency - MTPE01

Probabilistic view of screening - MTPE01

Probabilistic view of screening - MTPE01

Introduction to Screening - MTPE01

Introduction to Screening - MTPE01

Entropy and irreversible change - MT653

Entropy and irreversible change - MT653

Entropy and reversible process - MT653

Entropy and reversible process - MT653

Concluding Grinding - MTPE01

Concluding Grinding - MTPE01

A critical relation from Carnot cycle - MT653

A critical relation from Carnot cycle - MT653

Introducing grinding - MTPE01

Introducing grinding - MTPE01

Concluding Second Law of Thermodynamics - MT653

Concluding Second Law of Thermodynamics - MT653

Concluding Crushing - MTPE01

Concluding Crushing - MTPE01

Roll Crushers - MTPE01

Roll Crushers - MTPE01

Second law of thermodynamics - MT653

Second law of thermodynamics - MT653

Introducing Carnot cycle - MT653

Introducing Carnot cycle - MT653

Gyratory and Cone Crushers - MTPE01

Gyratory and Cone Crushers - MTPE01

On the definition of Entropy - MT653

On the definition of Entropy - MT653

Jaw crushers - MTPE01 and MTLR30

Jaw crushers - MTPE01 and MTLR30

Practical aspects of Comminution - MTPE01

Practical aspects of Comminution - MTPE01

Generalised introduction to Entropy - MT653

Generalised introduction to Entropy - MT653

Isothermal solidification and Enthalpy change - MT653

Isothermal solidification and Enthalpy change - MT653

Examples for Hess's law - MT653

Examples for Hess's law - MT653

Theory of Comminution - MTPE01

Theory of Comminution - MTPE01

Introducing Hess' law - MT653

Introducing Hess' law - MT653

Introducing Enthalpy - MT653

Introducing Enthalpy - MT653

Introducing Comminution - MTPE01

Introducing Comminution - MTPE01

Concentration performance plot - MTPE01

Concentration performance plot - MTPE01

Sieve Analysis - MTLR30

Sieve Analysis - MTLR30

Factors dictating concentration - MTPE01

Factors dictating concentration - MTPE01

First Law of Thermodynamics - MT653

First Law of Thermodynamics - MT653

Thermodynamic State and Work - MT653

Thermodynamic State and Work - MT653

Concentration techniques - MTPE01

Concentration techniques - MTPE01

System and state variables - MT653

System and state variables - MT653

Introducing concentration

Introducing concentration

Practical aspects of Comminution - MTPE01

Practical aspects of Comminution - MTPE01

Thermodynamic variables - MT653

Thermodynamic variables - MT653

Basic introduction to thermodynamics - MT653

Basic introduction to thermodynamics - MT653

Introduction to course MT 653 - Thermodynamics and Kinetics

Introduction to course MT 653 - Thermodynamics and Kinetics

Introducing Comminution - MTPE01

Introducing Comminution - MTPE01

Relevance of Mineral Processing - MTPE01

Relevance of Mineral Processing - MTPE01

Deposits, Minerals and Ores - MTPE01

Deposits, Minerals and Ores - MTPE01

Non-technical introduction to mineral processing - MTPE01

Non-technical introduction to mineral processing - MTPE01

Properties of Minerals II - MTPE01

Properties of Minerals II - MTPE01

Calorific value of coal - MTLR30

Calorific value of coal - MTLR30

Properties of Minerals-I - MTPE01

Properties of Minerals-I - MTPE01

Bonds and crystal structure in Mineral (contd.) - MTPE01

Bonds and crystal structure in Mineral (contd.) - MTPE01

Proximate analysis of Coal - MTLR30

Proximate analysis of Coal - MTLR30

Bonding and regular arrangements in minerals - MTPE 01

Bonding and regular arrangements in minerals - MTPE 01

Crystal systems in Minerals - MTPE01

Crystal systems in Minerals - MTPE01

Symmetries in Minerals - MTPE01

Symmetries in Minerals - MTPE01

Flash and Fire Point - MTLR 30

Flash and Fire Point - MTLR 30

Regular arrangement in minerals - MTPE01

Regular arrangement in minerals - MTPE01

Minerals, what are they? - MTPE01

Minerals, what are they? - MTPE01

Introductory lecture on Mineral Processing courses

Introductory lecture on Mineral Processing courses

Particles, grain-boundaries and creep resistance - MTPE22

Particles, grain-boundaries and creep resistance - MTPE22

Mechanical behaviour of ceramics and polymers - MTPC17

Mechanical behaviour of ceramics and polymers - MTPC17

Creep and Fatigue testing - MTPC17

Creep and Fatigue testing - MTPC17

Torsion testing - MTPC17

Torsion testing - MTPC17

Introducing second-phase - MTPE22

Introducing second-phase - MTPE22

Enhancing creep-resistance - MTPE22

Enhancing creep-resistance - MTPE22

Tensile testing - MTPC17

Tensile testing - MTPC17

Defects in metal oxides - MTPE22

Defects in metal oxides - MTPE22

Multiplication of dislocations - MTPC17

Multiplication of dislocations - MTPC17

Plastic deformation and dislocations - MTPC17

Plastic deformation and dislocations - MTPC17

Oxidation rates - MTPE22

Oxidation rates - MTPE22

Stability of oxides - MTPE22

Stability of oxides - MTPE22

Oxidation of metals - MTPE22

Oxidation of metals - MTPE22

Movement of dislocations - MTPC17

Movement of dislocations - MTPC17

Introducing Slip System - MTPC17

Introducing Slip System - MTPC17

Slip by Edge and Screw Dislocation - MTPC17

Slip by Edge and Screw Dislocation - MTPC17

Crack growth at high temperature - MTPE22

Crack growth at high temperature - MTPE22

Wedge-like microcracks - MTPE22

Wedge-like microcracks - MTPE22

Modes of Intergranular Cavities Growth - MTPE22

Modes of Intergranular Cavities Growth - MTPE22

Dislocation and Slip - MTPC17

Dislocation and Slip - MTPC17

Burgers vectors - MTPC 17

Burgers vectors - MTPC 17

Growth of intergranular cavities - MTPE22

Growth of intergranular cavities - MTPE22

Intergranular cavities nucleation rate - MTPE22

Intergranular cavities nucleation rate - MTPE22

Stability of Cavities - MTPE22

Stability of Cavities - MTPE22

Edge and Screw dislocations

Edge and Screw dislocations

Introducing dislocations - MTPC17

Introducing dislocations - MTPC17

Point defects - MTPC17

Point defects - MTPC17

Grain-boundary cavities formation - MTPE22

Grain-boundary cavities formation - MTPE22

Introducing crystalline defects - MTPC17

Introducing crystalline defects - MTPC17

Introducing creep failure - MTPE22

Introducing creep failure - MTPE22

Stacking sequence - MTPC17

Stacking sequence - MTPC17

Hexagonal unit cell - MTPC17

Hexagonal unit cell - MTPC17